{% endblock %} {% block stylesheets %} {{ parent() }} {% for module in page.collection() %} {% do assets.addCss( "theme://css/" ~ module.folder ~ ".css" ) %} {% endfor %} {% endblock %} {% block header %} {% include "partials/header.html.twig" %} {% endblock header %} {% block content %} {% for module in page.collection() %} {# <div id="hook_{{ module.folder }}"></div> #} <section class="{{ ltrim(module.folder, '_') }}"> {{ module.content }} </section> {% endfor %} {% endblock content %} {% block footer %} {% include "partials/footer.html.twig" %} {% endblock footer %} {% block json %} <div id="json_data" style="display: none;" data-json='{{ json }}'></div> {% endblock %}
"An exception has been thrown during the rendering of a template ("Template "modular/_banner-home.txt.twig" is not defined.")."
$output = ''; try { // Process Modular Twig if ($item->modularTwig()) { $twig_vars['content'] = $content; $extension = $item->templateFormat(); $extension = $extension ? ".{$extension}.twig" : TEMPLATE_EXT; $template = $item->template() . $extension; $output = $content = $local_twig->render($template, $twig_vars); } // Process in-page Twig if ($item->shouldProcess('twig')) { $name = '@Page:' . $item->path(); $this->setTemplate($name, $content); $output = $local_twig->render($name, $twig_vars); } } catch (\Twig_Error_Loader $e) { throw new \RuntimeException($e->getRawMessage(), 404, $e); } return $output; } /** * Process a Twig template directly by using a template name * and optional array of variables * * @param string $template template to render with * @param array $vars Optional variables * * @return string */ public function processTemplate($template, $vars = []) { // override the twig header vars for local resolution $this->grav->fireEvent('onTwigTemplateVariables'); $vars += $this->twig_vars;
"Template "modular/_banner-home.txt.twig" is not defined."
return $this->hasSourceCache[$name] = false; } public function getCacheKey($name) { $exceptions = []; foreach ($this->loaders as $loader) { if ($loader instanceof ExistsLoaderInterface && !$loader->exists($name)) { continue; } try { return $loader->getCacheKey($name); } catch (LoaderError $e) { $exceptions[] = \get_class($loader).': '.$e->getMessage(); } } throw new LoaderError(sprintf('Template "%s" is not defined%s.', $name, $exceptions ? ' ('.implode(', ', $exceptions).')' : '')); } public function isFresh($name, $time) { $exceptions = []; foreach ($this->loaders as $loader) { if ($loader instanceof ExistsLoaderInterface && !$loader->exists($name)) { continue; } try { return $loader->isFresh($name, $time); } catch (LoaderError $e) { $exceptions[] = \get_class($loader).': '.$e->getMessage(); } } throw new LoaderError(sprintf('Template "%s" is not defined%s.', $name, $exceptions ? ' ('.implode(', ', $exceptions).')' : '')); } }
"Template "modular/_banner-home.txt.twig" is not defined."
/** * Gets the template class associated with the given string. * * The generated template class is based on the following parameters: * * * The cache key for the given template; * * The currently enabled extensions; * * Whether the Twig C extension is available or not; * * PHP version; * * Twig version; * * Options with what environment was created. * * @param string $name The name for which to calculate the template class name * @param int|null $index The index if it is an embedded template * * @return string The template class name */ public function getTemplateClass($name, $index = null) { $key = $this->getLoader()->getCacheKey($name).$this->optionsHash; return $this->templateClassPrefix.hash('sha256', $key).(null === $index ? '' : '___'.$index); } /** * Gets the template class prefix. * * @return string The template class prefix * * @deprecated since 1.22 (to be removed in 2.0) */ public function getTemplateClassPrefix() { @trigger_error(sprintf('The %s method is deprecated since version 1.22 and will be removed in Twig 2.0.', __METHOD__), E_USER_DEPRECATED); return $this->templateClassPrefix; } /** * Renders a template.
"modular/_banner-home.txt.twig"
/** * Loads a template internal representation. * * This method is for internal use only and should never be called * directly. * * @param string $name The template name * @param int $index The index if it is an embedded template * * @return \Twig_TemplateInterface A template instance representing the given template name * * @throws LoaderError When the template cannot be found * @throws RuntimeError When a previously generated cache is corrupted * @throws SyntaxError When an error occurred during compilation * * @internal */ public function loadTemplate($name, $index = null) { return $this->loadClass($this->getTemplateClass($name), $name, $index); } /** * @internal */ public function loadClass($cls, $name, $index = null) { $mainCls = $cls; if (null !== $index) { $cls .= '___'.$index; } if (isset($this->loadedTemplates[$cls])) { return $this->loadedTemplates[$cls]; } if (!class_exists($cls, false)) { if ($this->bcGetCacheFilename) { $key = $this->getCacheFilename($name); } else {
"modular/_banner-home.txt.twig"
* * @param string|TemplateWrapper|\Twig\Template $name The template name * * @throws LoaderError When the template cannot be found * @throws RuntimeError When a previously generated cache is corrupted * @throws SyntaxError When an error occurred during compilation * * @return TemplateWrapper */ public function load($name) { if ($name instanceof TemplateWrapper) { return $name; } if ($name instanceof Template) { return new TemplateWrapper($this, $name); } return new TemplateWrapper($this, $this->loadTemplate($name)); } /** * Loads a template internal representation. * * This method is for internal use only and should never be called * directly. * * @param string $name The template name * @param int $index The index if it is an embedded template * * @return \Twig_TemplateInterface A template instance representing the given template name * * @throws LoaderError When the template cannot be found * @throws RuntimeError When a previously generated cache is corrupted * @throws SyntaxError When an error occurred during compilation * * @internal */ public function loadTemplate($name, $index = null)
"modular/_banner-home.txt.twig"
@trigger_error(sprintf('The %s method is deprecated since version 1.22 and will be removed in Twig 2.0.', __METHOD__), E_USER_DEPRECATED); return $this->templateClassPrefix; } /** * Renders a template. * * @param string|TemplateWrapper $name The template name * @param array $context An array of parameters to pass to the template * * @return string The rendered template * * @throws LoaderError When the template cannot be found * @throws SyntaxError When an error occurred during compilation * @throws RuntimeError When an error occurred during rendering */ public function render($name, array $context = []) { return $this->load($name)->render($context); } /** * Displays a template. * * @param string|TemplateWrapper $name The template name * @param array $context An array of parameters to pass to the template * * @throws LoaderError When the template cannot be found * @throws SyntaxError When an error occurred during compilation * @throws RuntimeError When an error occurred during rendering */ public function display($name, array $context = []) { $this->load($name)->display($context); } /** * Loads a template. *
"modular/_banner-home.txt.twig"
// override the twig header vars for local resolution $this->grav->fireEvent('onTwigPageVariables', new Event(['page' => $item])); $twig_vars = $this->twig_vars; $twig_vars['page'] = $item; $twig_vars['media'] = $item->media(); $twig_vars['header'] = $item->header(); $local_twig = clone $this->twig; $output = ''; try { // Process Modular Twig if ($item->modularTwig()) { $twig_vars['content'] = $content; $extension = $item->templateFormat(); $extension = $extension ? ".{$extension}.twig" : TEMPLATE_EXT; $template = $item->template() . $extension; $output = $content = $local_twig->render($template, $twig_vars); } // Process in-page Twig if ($item->shouldProcess('twig')) { $name = '@Page:' . $item->path(); $this->setTemplate($name, $content); $output = $local_twig->render($name, $twig_vars); } } catch (\Twig_Error_Loader $e) { throw new \RuntimeException($e->getRawMessage(), 404, $e); } return $output; } /** * Process a Twig template directly by using a template name * and optional array of variables *
"modular/_banner-home.txt.twig"
array:26 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false "http_accept_language" => false "override_locale" => false ] "home" => array:2 [ "alias" => "/home" "hide_in_urls" => true ] "pages" => array:26 [ "theme" => "systemsc" "order" => array:2 [ "by" => "default" "dir" => "asc" ] "list" => array:1 [ "count" => 20 ] "dateformat" => array:3 [ "default" => null "short" => "jS M Y" "long" => "F jS \a\t g:ia" ] "publish_dates" => true "process" => array:2 [ "markdown" => true "twig" => false ] "twig_first" => false "never_cache_twig" => true "events" => array:2 [ "page" => true "twig" => true ] "markdown" => array:5 [ "extra" => false "auto_line_breaks" => false "auto_url_links" => false "escape_markup" => false "special_chars" => array:2 [ ">" => "gt" "<" => "lt" ] ] "types" => array:7 [ 0 => "txt" 1 => "xml" 2 => "html" 3 => "htm" 4 => "json" 5 => "rss" 6 => "atom" ] "append_url_extension" => "" "expires" => 604800 "cache_control" => null "last_modified" => false "etag" => false "vary_accept_encoding" => false "redirect_default_route" => false "redirect_default_code" => "302" "redirect_trailing_slash" => true "ignore_files" => array:1 [ 0 => ".DS_Store" ] "ignore_folders" => array:2 [ 0 => ".git" 1 => ".idea" ] "ignore_hidden" => true "hide_empty_folders" => false "url_taxonomy_filters" => true "frontmatter" => array:2 [ "process_twig" => false "ignore_fields" => array:2 [ 0 => "form" 1 => "forms" ] ] ] "cache" => array:13 [ "enabled" => false "check" => array:1 [ "method" => "file" ] "driver" => "auto" "prefix" => "g" "purge_at" => "0 4 * * *" "clear_at" => "0 3 * * *" "clear_job_type" => "standard" "clear_images_by_default" => true "cli_compatibility" => false "lifetime" => 604800 "gzip" => false "allow_webserver_gzip" => false "redis" => array:1 [ "socket" => false ] ] "twig" => array:7 [ "cache" => false "debug" => true "auto_reload" => true "autoescape" => false "undefined_functions" => true "undefined_filters" => true "umask_fix" => false ] "assets" => array:12 [ "css_pipeline" => false "css_pipeline_include_externals" => true "css_pipeline_before_excludes" => true "css_minify" => true "css_minify_windows" => false "css_rewrite" => true "js_pipeline" => false "js_pipeline_include_externals" => true "js_pipeline_before_excludes" => true "js_minify" => true "enable_asset_timestamp" => false "collections" => array:1 [ "jquery" => "system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => array:2 [ "type" => "data" "storage" => "file" ] "strict_mode" => array:2 [ "yaml_compat" => true "twig_compat" => true ] ] "theme" => array:2 [ "enabled" => true "dropdown" => array:1 [ "enabled" => true ] ] "site" => array:9 [ "title" => "System" "default_lang" => "en" "author" => array:2 [ "name" => "Krystian Cichopek" "email" => "kcichopek@gmail.com" ] "taxonomies" => array:2 [ 0 => "category" 1 => "tag" ] "metadata" => array:1 [ "description" => "System PPHU Stale nierdzewne, żaroodporne i kwasoodporne." ] "summary" => array:4 [ "enabled" => true "format" => "short" "size" => 300 "delimiter" => "===" ] "redirects" => null "routes" => null "blog" => array:1 [ "route" => "/blog" ] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "page" => Page {#277} "media" => Media {#605} "header" => {#281} "content" => """ <h1>Stale nierdzewne, żaroodporne i kwasoodporne</h1>\n <h3>Blachy, rury, pręty żaroodporne w gatunkach 1.4841, 1.4845, 1.4828, 1.4541, 1.4301, 1.4404, 1.4021, H23N18, H25N20S2, H20N12S2, 2H13 oraz rury nierdzewne.</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img.jpg" /></p>\n <hr />\n <h1>Szeroka oferta blach, rur i prętów ze stali jakościowych</h1>\n <h3>Sprzedaż hurtowa i detaliczna, gwarancja dobrej ceny</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img2.jpg" /></p>\n <hr />\n <h1>Usługi cięcia stali laserem</h1>\n <h3>Elementy wykonane na profesjonalnych maszynach CNC</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img3.jpg" /></p> """ ]
} // Initialize the preferred variant of Parsedown if ($defaults['extra']) { $parsedown = new ParsedownExtra($this, $defaults); } else { $parsedown = new Parsedown($this, $defaults); } $this->content = $parsedown->text($this->content); } /** * Process the Twig page content. */ private function processTwig() { $twig = Grav::instance()['twig']; $this->content = $twig->processPage($this, $this->content); } /** * Fires the onPageContentProcessed event, and caches the page content using a unique ID for the page */ public function cachePageContent() { $cache = Grav::instance()['cache']; $cache_id = md5('page' . $this->id()); $cache->save($cache_id, ['content' => $this->content, 'content_meta' => $this->content_meta]); } /** * Needed by the onPageContentProcessed event to get the raw page content * * @return string the current page content */ public function getRawContent() { return $this->content;
Page {#277}
""" <h1>Stale nierdzewne, żaroodporne i kwasoodporne</h1>\n <h3>Blachy, rury, pręty żaroodporne w gatunkach 1.4841, 1.4845, 1.4828, 1.4541, 1.4301, 1.4404, 1.4021, H23N18, H25N20S2, H20N12S2, 2H13 oraz rury nierdzewne.</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img.jpg" /></p>\n <hr />\n <h1>Szeroka oferta blach, rur i prętów ze stali jakościowych</h1>\n <h3>Sprzedaż hurtowa i detaliczna, gwarancja dobrej ceny</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img2.jpg" /></p>\n <hr />\n <h1>Usługi cięcia stali laserem</h1>\n <h3>Elementy wykonane na profesjonalnych maszynach CNC</h3>\n <p><img alt="" src="https://www.systemsc.eu/user/pages/01.home/_banner-home/img3.jpg" /></p> """
// if no cached-content run everything if ($never_cache_twig) { if ($this->content === false || $cache_enable === false) { $this->content = $this->raw_content; Grav::instance()->fireEvent('onPageContentRaw', new Event(['page' => $this])); if ($process_markdown) { $this->processMarkdown(); } // Content Processed but not cached yet Grav::instance()->fireEvent('onPageContentProcessed', new Event(['page' => $this])); if ($cache_enable) { $this->cachePageContent(); } } if ($process_twig) { $this->processTwig(); } } else { if ($this->content === false || $cache_enable === false) { $this->content = $this->raw_content; Grav::instance()->fireEvent('onPageContentRaw', new Event(['page' => $this])); if ($twig_first) { if ($process_twig) { $this->processTwig(); } if ($process_markdown) { $this->processMarkdown(); } // Content Processed but not cached yet Grav::instance()->fireEvent('onPageContentProcessed', new Event(['page' => $this])); } else { if ($process_markdown) {
if ($ignoreStrictCheck || !$this->env->isStrictVariables()) { return; } throw new RuntimeError(sprintf('Neither the property "%1$s" nor one of the methods "%1$s()", "get%1$s()"/"is%1$s()" or "__call()" exist and have public access in class "%2$s".', $item, $class), -1, $this->getSourceContext()); } if ($isDefinedTest) { return true; } if ($this->env->hasExtension('\Twig\Extension\SandboxExtension')) { $this->env->getExtension('\Twig\Extension\SandboxExtension')->checkMethodAllowed($object, $method); } // Some objects throw exceptions when they have __call, and the method we try // to call is not supported. If ignoreStrictCheck is true, we should return null. try { if (!$arguments) { $ret = $object->$method(); } else { $ret = \call_user_func_array([$object, $method], $arguments); } } catch (\BadMethodCallException $e) { if ($call && ($ignoreStrictCheck || !$this->env->isStrictVariables())) { return; } throw $e; } // @deprecated in 1.28 if ($object instanceof \Twig_TemplateInterface) { $self = $object->getTemplateName() === $this->getTemplateName(); $message = sprintf('Calling "%s" on template "%s" from template "%s" is deprecated since version 1.28 and won\'t be supported anymore in 2.0.', $item, $object->getTemplateName(), $this->getTemplateName()); if ('renderBlock' === $method || 'displayBlock' === $method) { $message .= sprintf(' Use block("%s"%s) instead).', $arguments[0], $self ? '' : ', template'); } elseif ('hasBlock' === $method) { $message .= sprintf(' Use "block("%s"%s) is defined" instead).', $arguments[0], $self ? '' : ', template'); } elseif ('render' === $method || 'display' === $method) { $message .= sprintf(' Use include("%s") instead).', $object->getTemplateName());
} else { $source = $loader->getSourceContext($name); } $content = $this->compileSource($source); if ($this->bcWriteCacheFile) { $this->writeCacheFile($key, $content); } else { $this->cache->write($key, $content); $this->cache->load($key); } if (!class_exists($mainCls, false)) { /* Last line of defense if either $this->bcWriteCacheFile was used, * $this->cache is implemented as a no-op or we have a race condition * where the cache was cleared between the above calls to write to and load from * the cache. */ eval('?>'.$content); } } if (!class_exists($cls, false)) { throw new RuntimeError(sprintf('Failed to load Twig template "%s", index "%s": cache might be corrupted.', $name, $index), -1, $source); } } if (!$this->runtimeInitialized) { $this->initRuntime(); } if (isset($this->loading[$cls])) { throw new RuntimeError(sprintf('Circular reference detected for Twig template "%s", path: %s.', $name, implode(' -> ', array_merge($this->loading, [$name])))); } $this->loading[$cls] = $name; try { $this->loadedTemplates[$cls] = new $cls($this);
Page {#277}
"content"
[]
if ($useBlocks && isset($blocks[$name])) { $template = $blocks[$name][0]; $block = $blocks[$name][1]; } elseif (isset($this->blocks[$name])) { $template = $this->blocks[$name][0]; $block = $this->blocks[$name][1]; } else { $template = null; $block = null; } // avoid RCEs when sandbox is enabled if (null !== $template && !$template instanceof self) { throw new \LogicException('A block must be a method on a \Twig\Template instance.'); } if (null !== $template) { try { $template->$block($context, $blocks); } catch (Error $e) { if (!$e->getSourceContext()) { $e->setSourceContext($template->getSourceContext()); } // this is mostly useful for \Twig\Error\LoaderError exceptions // see \Twig\Error\LoaderError if (-1 === $e->getTemplateLine()) { $e->guess(); } throw $e; } catch (\Exception $e) { throw new RuntimeError(sprintf('An exception has been thrown during the rendering of a template ("%s").', $e->getMessage()), -1, $template->getSourceContext(), $e); } } elseif (false !== $parent = $this->getParent($context)) { $parent->displayBlock($name, $context, array_merge($this->blocks, $blocks), false); } else { @trigger_error(sprintf('Silent display of undefined block "%s" in template "%s" is deprecated since version 1.29 and will throw an exception in 2.0. Use the "block(\'%s\') is defined" expression to test for block existence.', $name, $this->getTemplateName(), $name), E_USER_DEPRECATED); }
array:34 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false "http_accept_language" => false "override_locale" => false ] "home" => array:2 [ "alias" => "/home" "hide_in_urls" => true ] "pages" => array:26 [ "theme" => "systemsc" "order" => array:2 [ "by" => "default" "dir" => "asc" ] "list" => array:1 [ "count" => 20 ] "dateformat" => array:3 [ "default" => null "short" => "jS M Y" "long" => "F jS \a\t g:ia" ] "publish_dates" => true "process" => array:2 [ "markdown" => true "twig" => false ] "twig_first" => false "never_cache_twig" => true "events" => array:2 [ "page" => true "twig" => true ] "markdown" => array:5 [ "extra" => false "auto_line_breaks" => false "auto_url_links" => false "escape_markup" => false "special_chars" => array:2 [ ">" => "gt" "<" => "lt" ] ] "types" => array:7 [ 0 => "txt" 1 => "xml" 2 => "html" 3 => "htm" 4 => "json" 5 => "rss" 6 => "atom" ] "append_url_extension" => "" "expires" => 604800 "cache_control" => null "last_modified" => false "etag" => false "vary_accept_encoding" => false "redirect_default_route" => false "redirect_default_code" => "302" "redirect_trailing_slash" => true "ignore_files" => array:1 [ 0 => ".DS_Store" ] "ignore_folders" => array:2 [ 0 => ".git" 1 => ".idea" ] "ignore_hidden" => true "hide_empty_folders" => false "url_taxonomy_filters" => true "frontmatter" => array:2 [ "process_twig" => false "ignore_fields" => array:2 [ 0 => "form" 1 => 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"base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" "grav" => Grav {#3} "data" => array:13 [ 1 => array:19 [ "PN" => "1H18N9T" "EN" => "1.4541" "DIN" => "X6CrNiTi18-10" "AISI" => "321" "zastosowanie" => "Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. ","_C":"0.08","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"11 - 14","_Inne":"Ti <0.7","temperature":"1020 \u2013 1120","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"],"published":true},"4":{"PN":"H13JS","EN":"1.4724","DIN":"X10CrAl13","AISI":" - ","zastosowanie":"\u017baroodporna, przeznaczona do pracy w podwy\u017cszonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w przemys\u0142owych. Praca w temperaturze do 950°C","_C":"0.12","_Si":"1.0 - 1.3","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.8-1.1","temperature":"-","hardness":"207","weight":"7.9","structure":"ferrytyczna","kat":["blachy","prety"]},"5":{"PN":"H18JS","EN":"1.4742","DIN":"X10CrAlSi18","AISI":" - ","zastosowanie":"Ferrytyczna, chromowa stal \u017caroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" "_parent" => array:30 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false 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] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" "grav" => Grav {#3} "data" => array:13 [ 1 => array:19 [ "PN" => "1H18N9T" "EN" => "1.4541" "DIN" => "X6CrNiTi18-10" "AISI" => "321" "zastosowanie" => "Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. 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Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ] "_seq" => Collection {#606} "module" => Page {#277} "_key" => "_banner-home" ]
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Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. ","_C":"0.08","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"11 - 14","_Inne":"Ti <0.7","temperature":"1020 \u2013 1120","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"],"published":true},"4":{"PN":"H13JS","EN":"1.4724","DIN":"X10CrAl13","AISI":" - ","zastosowanie":"\u017baroodporna, przeznaczona do pracy w podwy\u017cszonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w przemys\u0142owych. Praca w temperaturze do 950°C","_C":"0.12","_Si":"1.0 - 1.3","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.8-1.1","temperature":"-","hardness":"207","weight":"7.9","structure":"ferrytyczna","kat":["blachy","prety"]},"5":{"PN":"H18JS","EN":"1.4742","DIN":"X10CrAlSi18","AISI":" - ","zastosowanie":"Ferrytyczna, chromowa stal \u017caroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ]
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Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. 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Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ]
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Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. ","_C":"0.08","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"11 - 14","_Inne":"Ti <0.7","temperature":"1020 \u2013 1120","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"],"published":true},"4":{"PN":"H13JS","EN":"1.4724","DIN":"X10CrAl13","AISI":" - ","zastosowanie":"\u017baroodporna, przeznaczona do pracy w podwy\u017cszonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w przemys\u0142owych. Praca w temperaturze do 950°C","_C":"0.12","_Si":"1.0 - 1.3","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.8-1.1","temperature":"-","hardness":"207","weight":"7.9","structure":"ferrytyczna","kat":["blachy","prety"]},"5":{"PN":"H18JS","EN":"1.4742","DIN":"X10CrAlSi18","AISI":" - ","zastosowanie":"Ferrytyczna, chromowa stal \u017caroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ]
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Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. ","_C":"0.08","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"11 - 14","_Inne":"Ti <0.7","temperature":"1020 \u2013 1120","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"],"published":true},"4":{"PN":"H13JS","EN":"1.4724","DIN":"X10CrAl13","AISI":" - ","zastosowanie":"\u017baroodporna, przeznaczona do pracy w podwy\u017cszonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w przemys\u0142owych. Praca w temperaturze do 950°C","_C":"0.12","_Si":"1.0 - 1.3","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.8-1.1","temperature":"-","hardness":"207","weight":"7.9","structure":"ferrytyczna","kat":["blachy","prety"]},"5":{"PN":"H18JS","EN":"1.4742","DIN":"X10CrAlSi18","AISI":" - ","zastosowanie":"Ferrytyczna, chromowa stal \u017caroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ]
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Szeroko stosowana w przemyśle spożywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na działanie kwasu azotowego oraz jego soli." "_C" => "0.08" "_Si" => "0.80" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.030" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "9 - 10" "_Inne" => " Ti <0.8" "temperature" => "-" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 2 => array:19 [ "PN" => "00H17N14M2" "EN" => "1.4404" "DIN" => "X2CrNiMo17-12-2 / X2CrNiMo18-14-3 / X3CrNiMoN17-13-3 / X2CrNiMo18-15-4" "AISI" => "316L / 316L / 316 / 317L" "zastosowanie" => "Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemyśle chmicznym na zbiorniki i rurociągi, a także pompy, mieszadła, aparaty ciśnieniowe czy zawory. W architekturze także jako elementy zewnętrzne, np. barierki." "_C" => "0.03" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "12 - 15" "_Inne" => "-" "temperature" => "-" "hardness" => "200" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 3 => array:20 [ "PN" => "H17N13M2T" "EN" => "1.4571" "DIN" => "X6CrNiMoTi17-12-2" "AISI" => "316Ti" "zastosowanie" => "Austenityczna, stabilizowana tytanem, odporna na korozję i wytrzymała temperaturowo stal H17N13M2T. Odporna na korozję międzykrystaliczną podczas spawania. Nie wymaga dodatkowych procesów cieplnych po spawaniu. " "_C" => "0.08" "_Si" => "0.8" "_Mn" => "2.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "16 - 18" "_Mo" => "2.0 - 2.5" "_Ni" => "11 - 14" "_Inne" => "Ti <0.7" "temperature" => "1020 – 1120" "hardness" => "215" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] "published" => true ] 4 => array:19 [ "PN" => "H13JS" "EN" => "1.4724" "DIN" => "X10CrAl13" "AISI" => " - " "zastosowanie" => "Żaroodporna, przeznaczona do pracy w podwyższonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji części kotłów przemysłowych. Praca w temperaturze do 950°C" "_C" => "0.12" "_Si" => "1.0 - 1.3" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.8-1.1" "temperature" => "-" "hardness" => "207" "weight" => "7.9" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 5 => array:19 [ "PN" => "H18JS" "EN" => "1.4742" "DIN" => "X10CrAlSi18" "AISI" => " - " "zastosowanie" => "Ferrytyczna, chromowa stal żaroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemntów w piecach i kotłach przemysłowych. Odporna na środowiska zawierające związki siarki oraz na działanie gazów redukujących. Żaroodporna w powietrzu do 1050°C" "_C" => "0.12" "_Si" => "0.8 - 1.1" "_Mn" => "0.8" "_P" => "0.04" "_S" => "0.03" "_Cr" => "17 - 19" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 0.7-1.2" "temperature" => "-" "hardness" => "212" "weight" => "-" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 6 => array:19 [ "PN" => "H24JS" "EN" => "1.4762" "DIN" => "X10CrAl24" "AISI" => "446" "zastosowanie" => "Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w środowiskach zawierających związki siarki i gazy redukujące. Stosowana do produkcji części kotłów i pieców przemysłowych. Wykazuje żaroodporność w powietrzu do temperatury 1200°C" "_C" => "0.12" "_Si" => "1.3 - 1.6" "_Mn" => "1.0" "_P" => "0.045" "_S" => "0.030" "_Cr" => "23 - 25" "_Mo" => "-" "_Ni" => "0.5" "_Inne" => "Al 1.3-1.6" "temperature" => "-" "hardness" => "223" "weight" => "7.6" "structure" => "ferrytyczna" "kat" => array:2 [ 0 => "blachy" 1 => "prety" ] ] 7 => array:19 [ "PN" => "H25T" "EN" => "1.4749" "DIN" => "X18CrN28" "AISI" => " - " "zastosowanie" => "Żaroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji części pieców przemysłowych. Przeznaczona do pracy z nieznacznymi obciążeniami." "_C" => "0.15" "_Si" => "1.0" "_Mn" => "0.8" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "220" "weight" => "7.7" "structure" => "ferrytyczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 8 => array:19 [ "PN" => "H23N18" "EN" => "1.4845" "DIN" => "X8CrNi2521" "AISI" => "310S" "zastosowanie" => "Wysokostopowa, chromowo-niklowa, żaroodporna i żarowytrzymała stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod dużym obciążeniem mechanicznym. Żaroodporna w powietrzu do 1050°C, słabo odporna na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "1.0" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "22 - 25" "_Mo" => "0.5" "_Ni" => "17 - 20" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "192" "weight" => "-" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 9 => array:19 [ "PN" => "H20N12S2" "EN" => "1.4828" "DIN" => "X15CrNiSi20-12" "AISI" => "309" "zastosowanie" => "Żaroodporna i żarowytrzymała stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych właściwościach. Przeznaczona do pracy w znacznych obciążeniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w środowisku gazów nawęglających i azotujących. Słaba odporność w środowiskach zawierających związki siarki." "_C" => "0.2" "_Si" => "1.8 - 2.5" "_Mn" => "1.5" "_P" => "0.045" "_S" => "0.030" "_Cr" => "19 - 22" "_Mo" => "0.5" "_Ni" => "11 - 13" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "1920" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 10 => array:19 [ "PN" => "H25N20S2" "EN" => "1.4841" "DIN" => "X15CrNiSi2521" "AISI" => "314" "zastosowanie" => "Żaroodporna i żarowytrzymała, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. Żaroodporność do 1150°, żarowytrzymałość do 690°. Stosowana do produkcji obciążonych mechanicznie części urządzeń przemysłowych. Słaba odporność na środowiska zawierające związki siarki." "_C" => "0.2" "_Si" => "2 - 3" "_Mn" => "1.50" "_P" => "0.045" "_S" => "0.030" "_Cr" => "24 - 27" "_Mo" => "0.5" "_Ni" => "18 - 21" "_Inne" => "-" "temperature" => "1100 – 1150" "hardness" => "240" "weight" => "7.8" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] 11 => array:19 [ "PN" => "2H13" "EN" => "1.4021" "DIN" => "X20Cr13" "AISI" => "420" "zastosowanie" => "Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji części maszyn przemysłowych o podwyższonej wytrzymałości. Przeznaczana do produkcji śrub, wałów, form do odlewów pod ciśnieniem." "_C" => "0.16 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "12 - 14" "_Mo" => "-" "_Ni" => "0.6" "_Inne" => "-" "temperature" => "-" "hardness" => "230" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:2 [ 0 => "prety" 1 => "rury" ] ] 12 => array:19 [ "PN" => "2H17N2" "EN" => "1.4057" "DIN" => "X17CrNi16-2" "AISI" => "431" "zastosowanie" => "Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji części maszyn w przemyśle spożywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje się wysoką odpornością na korozję i kwas azotowy, a także na wodę morską." "_C" => "0.17 - 0.25" "_Si" => "0.80" "_Mn" => "0.80" "_P" => "0.04" "_S" => "0.03" "_Cr" => "16 - 18" "_Mo" => "-" "_Ni" => "1.50 - 2.50" "_Inne" => "-" "temperature" => "-" "hardness" => "248 - 429" "weight" => "7.7" "structure" => "martenzytyczna" "kat" => array:1 [ 0 => "prety" ] ] 13 => array:19 [ "PN" => "0H18N9" "EN" => "1.4301" "DIN" => "X5CrNi18-10" "AISI" => "304" "zastosowanie" => "Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobrą odporność na korozję, szczególnie w środowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a także w wodzie morskiej. Można ją spawać. Zastosowanie wraz z kwasami należy weryfikować indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji międzykrystalicznej. Posiada dobre właściwości polerowania i tłoczenia. Szeroko stosowana w przemyśle naftowym, chemicznym i samochodowym oraz gastronomii." "_C" => "0.07" "_Si" => "1.00" "_Mn" => "2.00" "_P" => "0.045" "_S" => "0.015" "_Cr" => "17.5 - 19.5" "_Mo" => "-" "_Ni" => "8 - 10.5" "_Inne" => "-" "temperature" => "1000 - 1100" "hardness" => "215" "weight" => "7.9" "structure" => "austenityczna" "kat" => array:3 [ 0 => "blachy" 1 => "prety" 2 => "rury" ] ] ] "json" => "{"1":{"PN":"1H18N9T","EN":"1.4541","DIN":"X6CrNiTi18-10","AISI":"321","zastosowanie":"Nierdzewna, kwasoodporna chromowo-niklowo-tytanowa stal 1H18N9T. Szeroko stosowana w przemy\u015ble spo\u017cywczym, chemicznym oraz budownictwie stal nierdzewna stabilizowana tytanem. Odporna na dzia\u0142anie kwasu azotowego oraz jego soli.","_C":"0.08","_Si":"0.80","_Mn":"2.00","_P":"0.045","_S":"0.030","_Cr":"17 - 19","_Mo":"-","_Ni":"9 - 10","_Inne":" Ti <0.8","temperature":"-","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"2":{"PN":"00H17N14M2","EN":"1.4404","DIN":"X2CrNiMo17-12-2 \/ X2CrNiMo18-14-3 \/ X3CrNiMoN17-13-3 \/ X2CrNiMo18-15-4","AISI":"316L \/ 316L \/ 316 \/ 317L","zastosowanie":"Stal nierdzewna, kwasoodporna chromowo-niklowo-molibdenowa 00H17N14M2. Stosowana w przemy\u015ble chmicznym na zbiorniki i ruroci\u0105gi, a tak\u017ce pompy, mieszad\u0142a, aparaty ci\u015bnieniowe czy zawory. W architekturze tak\u017ce jako elementy zewn\u0119trzne, np. barierki.","_C":"0.03","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"12 - 15","_Inne":"-","temperature":"-","hardness":"200","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"3":{"PN":"H17N13M2T","EN":"1.4571","DIN":"X6CrNiMoTi17-12-2","AISI":"316Ti","zastosowanie":"Austenityczna, stabilizowana tytanem, odporna na korozj\u0119 i wytrzyma\u0142a temperaturowo stal H17N13M2T. Odporna na korozj\u0119 mi\u0119dzykrystaliczn\u0105 podczas spawania. Nie wymaga dodatkowych proces\u00f3w cieplnych po spawaniu. ","_C":"0.08","_Si":"0.8","_Mn":"2.0","_P":"0.045","_S":"0.030","_Cr":"16 - 18","_Mo":"2.0 - 2.5","_Ni":"11 - 14","_Inne":"Ti <0.7","temperature":"1020 \u2013 1120","hardness":"215","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"],"published":true},"4":{"PN":"H13JS","EN":"1.4724","DIN":"X10CrAl13","AISI":" - ","zastosowanie":"\u017baroodporna, przeznaczona do pracy w podwy\u017cszonych temperaturach, ferrytyczna stal H13JS. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w przemys\u0142owych. Praca w temperaturze do 950°C","_C":"0.12","_Si":"1.0 - 1.3","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.8-1.1","temperature":"-","hardness":"207","weight":"7.9","structure":"ferrytyczna","kat":["blachy","prety"]},"5":{"PN":"H18JS","EN":"1.4742","DIN":"X10CrAlSi18","AISI":" - ","zastosowanie":"Ferrytyczna, chromowa stal \u017caroodporna H18JS z dodatkiem aluminium. Stosowana do produkcji elemnt\u00f3w w piecach i kot\u0142ach przemys\u0142owych. Odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki oraz na dzia\u0142anie gaz\u00f3w redukuj\u0105cych. \u017baroodporna w powietrzu do 1050°C","_C":"0.12","_Si":"0.8 - 1.1","_Mn":"0.8","_P":"0.04","_S":"0.03","_Cr":"17 - 19","_Mo":"-","_Ni":"0.5","_Inne":"Al 0.7-1.2","temperature":"-","hardness":"212","weight":"-","structure":"ferrytyczna","kat":["blachy","prety"]},"6":{"PN":"H24JS","EN":"1.4762","DIN":"X10CrAl24","AISI":"446","zastosowanie":"Chromowo-krzemowa stal wysokostopowa H24JS z dodatkiem aluminium. Odporna w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki i gazy redukuj\u0105ce. Stosowana do produkcji cz\u0119\u015bci kot\u0142\u00f3w i piec\u00f3w przemys\u0142owych. Wykazuje \u017caroodporno\u015b\u0107 w powietrzu do temperatury 1200°C","_C":"0.12","_Si":"1.3 - 1.6","_Mn":"1.0","_P":"0.045","_S":"0.030","_Cr":"23 - 25","_Mo":"-","_Ni":"0.5","_Inne":"Al 1.3-1.6","temperature":"-","hardness":"223","weight":"7.6","structure":"ferrytyczna","kat":["blachy","prety"]},"7":{"PN":"H25T","EN":"1.4749","DIN":"X18CrN28","AISI":" - ","zastosowanie":"\u017baroodporna stal chromowa z dodatkiem tytanu H25T. Odporna na utlenianie, przeznaczona do pracy w temperaturze do 1000°C. Stosowana do produkcji cz\u0119\u015bci piec\u00f3w przemys\u0142owych. Przeznaczona do pracy z nieznacznymi obci\u0105\u017ceniami.","_C":"0.15","_Si":"1.0","_Mn":"0.8","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"220","weight":"7.7","structure":"ferrytyczna","kat":["blachy","prety","rury"]},"8":{"PN":"H23N18","EN":"1.4845","DIN":"X8CrNi2521","AISI":"310S","zastosowanie":"Wysokostopowa, chromowo-niklowa, \u017caroodporna i \u017carowytrzyma\u0142a stal H23N18 o strukturze austenitycznej. Przeznaczona do pracy w wysokich temperaturach pod du\u017cym obci\u0105\u017ceniem mechanicznym. \u017baroodporna w powietrzu do 1050°C, s\u0142abo odporna na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"1.0","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"22 - 25","_Mo":"0.5","_Ni":"17 - 20","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"192","weight":"-","structure":"austenityczna","kat":["blachy","prety","rury"]},"9":{"PN":"H20N12S2","EN":"1.4828","DIN":"X15CrNiSi20-12","AISI":"309","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a stal chromowo-niklowo-krzemowa H20N12S2 o specjalnych w\u0142a\u015bciwo\u015bciach. Przeznaczona do pracy w znacznych obci\u0105\u017ceniach mechanicznych i w wysokich temperaturach do ok. 1050°C. Odporna w \u015brodowisku gaz\u00f3w naw\u0119glaj\u0105cych i azotuj\u0105cych. S\u0142aba odporno\u015b\u0107 w \u015brodowiskach zawieraj\u0105cych zwi\u0105zki siarki.","_C":"0.2","_Si":"1.8 - 2.5","_Mn":"1.5","_P":"0.045","_S":"0.030","_Cr":"19 - 22","_Mo":"0.5","_Ni":"11 - 13","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"1920","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"10":{"PN":"H25N20S2","EN":"1.4841","DIN":"X15CrNiSi2521","AISI":"314","zastosowanie":"\u017baroodporna i \u017carowytrzyma\u0142a, wysokostopowa stal chromowo-niklowo-krzemowa H25N20S2 o strukturze austenitycznej. Przeznaczona do pracy w bardzo wysokich temperaturach. \u017baroodporno\u015b\u0107 do 1150°, \u017carowytrzyma\u0142o\u015b\u0107 do 690°. Stosowana do produkcji obci\u0105\u017conych mechanicznie cz\u0119\u015bci urz\u0105dze\u0144 przemys\u0142owych. S\u0142aba odporno\u015b\u0107 na \u015brodowiska zawieraj\u0105ce zwi\u0105zki siarki.","_C":"0.2","_Si":"2 - 3","_Mn":"1.50","_P":"0.045","_S":"0.030","_Cr":"24 - 27","_Mo":"0.5","_Ni":"18 - 21","_Inne":"-","temperature":"1100 \u2013 1150","hardness":"240","weight":"7.8","structure":"austenityczna","kat":["blachy","prety","rury"]},"11":{"PN":"2H13","EN":"1.4021","DIN":"X20Cr13","AISI":"420","zastosowanie":"Nierdzewna, wysokostopowa stal 2H13. Stosowana do produkcji cz\u0119\u015bci maszyn przemys\u0142owych o podwy\u017cszonej wytrzyma\u0142o\u015bci. Przeznaczana do produkcji \u015brub, wa\u0142\u00f3w, form do odlew\u00f3w pod ci\u015bnieniem.","_C":"0.16 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"12 - 14","_Mo":"-","_Ni":"0.6","_Inne":"-","temperature":"-","hardness":"230","weight":"7.7","structure":"martenzytyczna","kat":["prety","rury"]},"12":{"PN":"2H17N2","EN":"1.4057","DIN":"X17CrNi16-2","AISI":"431","zastosowanie":"Wysokostopowa stal nierdzewna, chromowo-niklowa 2H17N2. Stosowana do produkcji cz\u0119\u015bci maszyn w przemy\u015ble spo\u017cywczym, morskim, papierniczym oraz lotniczym. Charakteryzuje si\u0119 wysok\u0105 odporno\u015bci\u0105 na korozj\u0119 i kwas azotowy, a tak\u017ce na wod\u0119 morsk\u0105.","_C":"0.17 - 0.25","_Si":"0.80","_Mn":"0.80","_P":"0.04","_S":"0.03","_Cr":"16 - 18","_Mo":"-","_Ni":"1.50 - 2.50","_Inne":"-","temperature":"-","hardness":"248 - 429","weight":"7.7","structure":"martenzytyczna","kat":["prety"]},"13":{"PN":"0H18N9","EN":"1.4301","DIN":"X5CrNi18-10","AISI":"304","zastosowanie":"Nierdzewna, chromowo-niklowa stal austenityczna 0H18N9 wykazuje dobr\u0105 odporno\u015b\u0107 na korozj\u0119, szczeg\u00f3lnie w \u015brodowisku naturalnym oraz przy niskiej koncentracji chloru i soli, a tak\u017ce w wodzie morskiej. Mo\u017cna j\u0105 spawa\u0107. Zastosowanie wraz z kwasami nale\u017cy weryfikowa\u0107 indywidualnie. Spawanie jednak, powoduje podniesienie ryzyka korozji mi\u0119dzykrystalicznej. Posiada dobre w\u0142a\u015bciwo\u015bci polerowania i t\u0142oczenia. Szeroko stosowana w przemy\u015ble naftowym, chemicznym i samochodowym oraz gastronomii.","_C":"0.07","_Si":"1.00","_Mn":"2.00","_P":"0.045","_S":"0.015","_Cr":"17.5 - 19.5","_Mo":"-","_Ni":"8 - 10.5","_Inne":"-","temperature":"1000 - 1100","hardness":"215","weight":"7.9","structure":"austenityczna","kat":["blachy","prety","rury"]}}" ]
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"system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => array:2 [ "type" => "data" "storage" => "file" ] "strict_mode" => array:2 [ "yaml_compat" => true "twig_compat" => true ] ] "theme" => array:2 [ "enabled" => true "dropdown" => array:1 [ "enabled" => true ] ] "site" => array:9 [ "title" => "System" "default_lang" => "en" "author" => array:2 [ "name" => "Krystian Cichopek" "email" => "kcichopek@gmail.com" ] "taxonomies" => array:2 [ 0 => "category" 1 => "tag" ] "metadata" => array:1 [ "description" => "System PPHU Stale nierdzewne, żaroodporne i kwasoodporne." ] "summary" => array:4 [ "enabled" => true "format" => "short" "size" => 300 "delimiter" => "===" ] "redirects" => null "routes" => null "blog" => array:1 [ "route" => "/blog" ] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" "grav" => Grav {#3} ]
array:6 [ "javascripts" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_javascripts" ] "stylesheets" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_stylesheets" ] "header" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_header" ] "content" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_content" ] "footer" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_footer" ] "json" => array:2 [ 0 => __TwigTemplate_58b96ee0a84bb9a486cd1f06a23bd9c0c90d8c64067329895c8b894573c56c3b {#728} 1 => "block_json" ] ]
* directly. * * @return array An array of blocks */ public function getBlocks() { return $this->blocks; } public function display(array $context, array $blocks = []) { $this->displayWithErrorHandling($this->env->mergeGlobals($context), array_merge($this->blocks, $blocks)); } public function render(array $context) { $level = ob_get_level(); ob_start(); try { $this->display($context); } catch (\Exception $e) { while (ob_get_level() > $level) { ob_end_clean(); } throw $e; } catch (\Throwable $e) { while (ob_get_level() > $level) { ob_end_clean(); } throw $e; } return ob_get_clean(); } protected function displayWithErrorHandling(array $context, array $blocks = []) { try {
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"forms" ] ] ] "cache" => array:13 [ "enabled" => false "check" => array:1 [ "method" => "file" ] "driver" => "auto" "prefix" => "g" "purge_at" => "0 4 * * *" "clear_at" => "0 3 * * *" "clear_job_type" => "standard" "clear_images_by_default" => true "cli_compatibility" => false "lifetime" => 604800 "gzip" => false "allow_webserver_gzip" => false "redis" => array:1 [ "socket" => false ] ] "twig" => array:7 [ "cache" => false "debug" => true "auto_reload" => true "autoescape" => false "undefined_functions" => true "undefined_filters" => true "umask_fix" => false ] "assets" => array:12 [ "css_pipeline" => false "css_pipeline_include_externals" => true "css_pipeline_before_excludes" => true "css_minify" => true "css_minify_windows" => false "css_rewrite" => true "js_pipeline" => false "js_pipeline_include_externals" => true "js_pipeline_before_excludes" => true "js_minify" => true "enable_asset_timestamp" => false "collections" => array:1 [ "jquery" => "system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => 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"base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" ]
* @internal */ public function __construct(Environment $env, Template $template) { $this->env = $env; $this->template = $template; } /** * Renders the template. * * @param array $context An array of parameters to pass to the template * * @return string The rendered template */ public function render($context = []) { // using func_get_args() allows to not expose the blocks argument // as it should only be used by internal code return $this->template->render($context, \func_num_args() > 1 ? func_get_arg(1) : []); } /** * Displays the template. * * @param array $context An array of parameters to pass to the template */ public function display($context = []) { // using func_get_args() allows to not expose the blocks argument // as it should only be used by internal code $this->template->display($context, \func_num_args() > 1 ? func_get_arg(1) : []); } /** * Checks if a block is defined. * * @param string $name The block name * @param array $context An array of parameters to pass to the template *
array:27 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false "http_accept_language" => false "override_locale" => false ] "home" => array:2 [ "alias" => "/home" "hide_in_urls" => true ] "pages" => array:26 [ "theme" => "systemsc" "order" => array:2 [ "by" => "default" "dir" => "asc" ] "list" => array:1 [ "count" => 20 ] "dateformat" => array:3 [ "default" => null "short" => "jS M Y" "long" => "F jS \a\t g:ia" ] "publish_dates" => true "process" => array:2 [ "markdown" => true "twig" => false ] "twig_first" => false "never_cache_twig" => true "events" => array:2 [ "page" => true "twig" => true ] "markdown" => array:5 [ "extra" => false "auto_line_breaks" => false "auto_url_links" => false "escape_markup" => false "special_chars" => array:2 [ ">" => "gt" "<" => "lt" ] ] "types" => array:7 [ 0 => "txt" 1 => "xml" 2 => "html" 3 => "htm" 4 => "json" 5 => "rss" 6 => "atom" ] "append_url_extension" => "" "expires" => 604800 "cache_control" => null "last_modified" => false "etag" => false "vary_accept_encoding" => false "redirect_default_route" => false "redirect_default_code" => "302" "redirect_trailing_slash" => true "ignore_files" => array:1 [ 0 => ".DS_Store" ] "ignore_folders" => array:2 [ 0 => ".git" 1 => ".idea" ] "ignore_hidden" => true "hide_empty_folders" => false "url_taxonomy_filters" => true "frontmatter" => array:2 [ "process_twig" => false "ignore_fields" => array:2 [ 0 => "form" 1 => "forms" ] ] ] "cache" => array:13 [ "enabled" => false "check" => array:1 [ "method" => "file" ] "driver" => "auto" "prefix" => "g" "purge_at" => "0 4 * * *" "clear_at" => "0 3 * * *" "clear_job_type" => "standard" "clear_images_by_default" => true "cli_compatibility" => false "lifetime" => 604800 "gzip" => false "allow_webserver_gzip" => false "redis" => array:1 [ "socket" => false ] ] "twig" => array:7 [ "cache" => false "debug" => true "auto_reload" => true "autoescape" => false "undefined_functions" => true "undefined_filters" => true "umask_fix" => false ] "assets" => array:12 [ "css_pipeline" => false "css_pipeline_include_externals" => true "css_pipeline_before_excludes" => true "css_minify" => true "css_minify_windows" => false "css_rewrite" => true "js_pipeline" => false "js_pipeline_include_externals" => true "js_pipeline_before_excludes" => true "js_minify" => true "enable_asset_timestamp" => false "collections" => array:1 [ "jquery" => "system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => array:2 [ "type" => "data" "storage" => "file" ] "strict_mode" => array:2 [ "yaml_compat" => true "twig_compat" => true ] ] "theme" => array:2 [ "enabled" => true "dropdown" => array:1 [ "enabled" => true ] ] "site" => array:9 [ "title" => "System" "default_lang" => "en" "author" => array:2 [ "name" => "Krystian Cichopek" "email" => "kcichopek@gmail.com" ] "taxonomies" => array:2 [ 0 => "category" 1 => "tag" ] "metadata" => array:1 [ "description" => "System PPHU Stale nierdzewne, żaroodporne i kwasoodporne." ] "summary" => array:4 [ "enabled" => true "format" => "short" "size" => 300 "delimiter" => "===" ] "redirects" => null "routes" => null "blog" => array:1 [ "route" => "/blog" ] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" ]
[]
@trigger_error(sprintf('The %s method is deprecated since version 1.22 and will be removed in Twig 2.0.', __METHOD__), E_USER_DEPRECATED); return $this->templateClassPrefix; } /** * Renders a template. * * @param string|TemplateWrapper $name The template name * @param array $context An array of parameters to pass to the template * * @return string The rendered template * * @throws LoaderError When the template cannot be found * @throws SyntaxError When an error occurred during compilation * @throws RuntimeError When an error occurred during rendering */ public function render($name, array $context = []) { return $this->load($name)->render($context); } /** * Displays a template. * * @param string|TemplateWrapper $name The template name * @param array $context An array of parameters to pass to the template * * @throws LoaderError When the template cannot be found * @throws SyntaxError When an error occurred during compilation * @throws RuntimeError When an error occurred during rendering */ public function display($name, array $context = []) { $this->load($name)->display($context); } /** * Loads a template. *
array:27 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false "http_accept_language" => false "override_locale" => false ] "home" => array:2 [ "alias" => "/home" "hide_in_urls" => true ] "pages" => array:26 [ "theme" => "systemsc" "order" => array:2 [ "by" => "default" "dir" => "asc" ] "list" => array:1 [ "count" => 20 ] "dateformat" => array:3 [ "default" => null "short" => "jS M Y" "long" => "F jS \a\t g:ia" ] "publish_dates" => true "process" => array:2 [ "markdown" => true "twig" => false ] "twig_first" => false "never_cache_twig" => true "events" => array:2 [ "page" => true "twig" => true ] "markdown" => array:5 [ "extra" => false "auto_line_breaks" => false "auto_url_links" => false "escape_markup" => false "special_chars" => array:2 [ ">" => "gt" "<" => "lt" ] ] "types" => array:7 [ 0 => "txt" 1 => "xml" 2 => "html" 3 => "htm" 4 => "json" 5 => "rss" 6 => "atom" ] "append_url_extension" => "" "expires" => 604800 "cache_control" => null "last_modified" => false "etag" => false "vary_accept_encoding" => false "redirect_default_route" => false "redirect_default_code" => "302" "redirect_trailing_slash" => true "ignore_files" => array:1 [ 0 => ".DS_Store" ] "ignore_folders" => array:2 [ 0 => ".git" 1 => ".idea" ] "ignore_hidden" => true "hide_empty_folders" => false "url_taxonomy_filters" => true "frontmatter" => array:2 [ "process_twig" => false "ignore_fields" => array:2 [ 0 => "form" 1 => "forms" ] ] ] "cache" => array:13 [ "enabled" => false "check" => array:1 [ "method" => "file" ] "driver" => "auto" "prefix" => "g" "purge_at" => "0 4 * * *" "clear_at" => "0 3 * * *" "clear_job_type" => "standard" "clear_images_by_default" => true "cli_compatibility" => false "lifetime" => 604800 "gzip" => false "allow_webserver_gzip" => false "redis" => array:1 [ "socket" => false ] ] "twig" => array:7 [ "cache" => false "debug" => true "auto_reload" => true "autoescape" => false "undefined_functions" => true "undefined_filters" => true "umask_fix" => false ] "assets" => array:12 [ "css_pipeline" => false "css_pipeline_include_externals" => true "css_pipeline_before_excludes" => true "css_minify" => true "css_minify_windows" => false "css_rewrite" => true "js_pipeline" => false "js_pipeline_include_externals" => true "js_pipeline_before_excludes" => true "js_minify" => true "enable_asset_timestamp" => false "collections" => array:1 [ "jquery" => "system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => array:2 [ "type" => "data" "storage" => "file" ] "strict_mode" => array:2 [ "yaml_compat" => true "twig_compat" => true ] ] "theme" => array:2 [ "enabled" => true "dropdown" => array:1 [ "enabled" => true ] ] "site" => array:9 [ "title" => "System" "default_lang" => "en" "author" => array:2 [ "name" => "Krystian Cichopek" "email" => "kcichopek@gmail.com" ] "taxonomies" => array:2 [ 0 => "category" 1 => "tag" ] "metadata" => array:1 [ "description" => "System PPHU Stale nierdzewne, żaroodporne i kwasoodporne." ] "summary" => array:4 [ "enabled" => true "format" => "short" "size" => 300 "delimiter" => "===" ] "redirects" => null "routes" => null "blog" => array:1 [ "route" => "/blog" ] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" ]
$ext = '.' . ($format ?: 'html') . TWIG_EXT; // determine if params are set, if so disable twig cache $params = $this->grav['uri']->params(null, true); if (!empty($params)) { $this->twig->setCache(false); } // Get Twig template layout $template = $this->template($page->template() . $ext); try { $output = $this->twig->render($template, $vars + $twig_vars); } catch (\Twig_Error_Loader $e) { $error_msg = $e->getMessage(); // Try html version of this template if initial template was NOT html if ($ext !== '.html' . TWIG_EXT) { try { $page->templateFormat('html'); $output = $this->twig->render($page->template() . '.html' . TWIG_EXT, $vars + $twig_vars); } catch (\Twig_Error_Loader $e) { throw new \RuntimeException($error_msg, 400, $e); } } else { throw new \RuntimeException($error_msg, 400, $e); } } return $output; } /** * Wraps the Twig_Loader_Filesystem addPath method (should be used only in `onTwigLoader()` event * @param string $template_path * @param string $namespace */ public function addPath($template_path, $namespace = '__main__') { $this->loader->addPath($template_path, $namespace); }
"modular.html.twig"
array:27 [ "flex_entries" => Entries {#148} "config" => Config {#100} "system" => array:27 [ "absolute_urls" => true "timezone" => "" "default_locale" => null "param_sep" => ":" "wrapped_site" => false "reverse_proxy_setup" => false "force_ssl" => false "force_lowercase_urls" => true "custom_base_url" => "" "username_regex" => "^[a-z0-9_-]{3,16}$" "pwd_regex" => "(?=.*\d)(?=.*[a-z])(?=.*[A-Z]).{8,}" "intl_enabled" => true "languages" => array:9 [ "supported" => [] "default_lang" => null "include_default_lang" => true "pages_fallback_only" => false "translations" => true "translations_fallback" => true "session_store_active" => false "http_accept_language" => false "override_locale" => false ] "home" => array:2 [ "alias" => "/home" "hide_in_urls" => true ] "pages" => array:26 [ "theme" => "systemsc" "order" => array:2 [ "by" => "default" "dir" => "asc" ] "list" => array:1 [ "count" => 20 ] "dateformat" => array:3 [ "default" => null "short" => "jS M Y" "long" => "F jS \a\t g:ia" ] "publish_dates" => true "process" => array:2 [ "markdown" => true "twig" => false ] "twig_first" => false "never_cache_twig" => true "events" => array:2 [ "page" => true "twig" => true ] "markdown" => array:5 [ "extra" => false "auto_line_breaks" => false "auto_url_links" => false "escape_markup" => false "special_chars" => array:2 [ ">" => "gt" "<" => "lt" ] ] "types" => array:7 [ 0 => "txt" 1 => "xml" 2 => "html" 3 => "htm" 4 => "json" 5 => "rss" 6 => "atom" ] "append_url_extension" => "" "expires" => 604800 "cache_control" => null "last_modified" => false "etag" => false "vary_accept_encoding" => false "redirect_default_route" => false "redirect_default_code" => "302" "redirect_trailing_slash" => true "ignore_files" => array:1 [ 0 => ".DS_Store" ] "ignore_folders" => array:2 [ 0 => ".git" 1 => ".idea" ] "ignore_hidden" => true "hide_empty_folders" => false "url_taxonomy_filters" => true "frontmatter" => array:2 [ "process_twig" => false "ignore_fields" => array:2 [ 0 => "form" 1 => "forms" ] ] ] "cache" => array:13 [ "enabled" => false "check" => array:1 [ "method" => "file" ] "driver" => "auto" "prefix" => "g" "purge_at" => "0 4 * * *" "clear_at" => "0 3 * * *" "clear_job_type" => "standard" "clear_images_by_default" => true "cli_compatibility" => false "lifetime" => 604800 "gzip" => false "allow_webserver_gzip" => false "redis" => array:1 [ "socket" => false ] ] "twig" => array:7 [ "cache" => false "debug" => true "auto_reload" => true "autoescape" => false "undefined_functions" => true "undefined_filters" => true "umask_fix" => false ] "assets" => array:12 [ "css_pipeline" => false "css_pipeline_include_externals" => true "css_pipeline_before_excludes" => true "css_minify" => true "css_minify_windows" => false "css_rewrite" => true "js_pipeline" => false "js_pipeline_include_externals" => true "js_pipeline_before_excludes" => true "js_minify" => true "enable_asset_timestamp" => false "collections" => array:1 [ "jquery" => "system://assets/jquery/jquery-2.x.min.js" ] ] "errors" => array:2 [ "display" => "1" "log" => true ] "log" => array:2 [ "handler" => "file" "syslog" => array:1 [ "facility" => "local6" ] ] "debugger" => array:3 [ "enabled" => false "shutdown" => array:1 [ "close_connection" => true ] "twig" => true ] "images" => array:6 [ "default_image_quality" => 85 "cache_all" => false "cache_perms" => "0755" "debug" => false "auto_fix_orientation" => false "seofriendly" => false ] "media" => array:5 [ "enable_media_timestamp" => false "unsupported_inline_types" => [] "allowed_fallback_types" => [] "auto_metadata_exif" => false "upload_limit" => 2147483648 ] "session" => array:9 [ "enabled" => true "initialize" => true "timeout" => 1800 "name" => "grav-site" "uniqueness" => "path" "secure" => false "httponly" => true "split" => true "path" => null ] "gpm" => array:5 [ "releases" => "stable" "proxy_url" => null "method" => "auto" "verify_peer" => true "official_gpm_only" => true ] "accounts" => array:2 [ "type" => "data" "storage" => "file" ] "strict_mode" => array:2 [ "yaml_compat" => true "twig_compat" => true ] ] "theme" => array:2 [ "enabled" => true "dropdown" => array:1 [ "enabled" => true ] ] "site" => array:9 [ "title" => "System" "default_lang" => "en" "author" => array:2 [ "name" => "Krystian Cichopek" "email" => "kcichopek@gmail.com" ] "taxonomies" => array:2 [ 0 => "category" 1 => "tag" ] "metadata" => array:1 [ "description" => "System PPHU Stale nierdzewne, żaroodporne i kwasoodporne." ] "summary" => array:4 [ "enabled" => true "format" => "short" "size" => 300 "delimiter" => "===" ] "redirects" => null "routes" => null "blog" => array:1 [ "route" => "/blog" ] ] "uri" => Uri {#125} "assets" => Assets {#197} "taxonomy" => Taxonomy {#217} "browser" => Browser {#218} "base_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html" "home_url" => "https://www.systemsc.eu" "base_url" => "https://www.systemsc.eu" "base_url_absolute" => "https://www.systemsc.eu" "base_url_relative" => "" "base_url_simple" => "https://www.systemsc.eu" "theme_dir" => "/usr/home/thx1138/domains/systemsc.eu/public_html/user/themes/systemsc" "theme_url" => "https://www.systemsc.eu/user/themes/systemsc" "html_lang" => "en" "language_codes" => LanguageCodes {#219} "form" => null "form_max_filesize" => 2048 "form_json_response" => [] "pages" => Page {#222} "page" => Page {#260} "header" => {#275} "media" => Media {#320} "content" => "" ]
namespace Grav\Common\Service; use Grav\Common\Page\Interfaces\PageInterface; use Grav\Common\Twig\Twig; use Pimple\Container; use Pimple\ServiceProviderInterface; class OutputServiceProvider implements ServiceProviderInterface { public function register(Container $container) { $container['output'] = function ($c) { /** @var Twig $twig */ $twig = $c['twig']; /** @var PageInterface $page */ $page = $c['page']; return $twig->processSite($page->templateFormat()); }; } }
"txt"
{ if (!isset($this->keys[$id])) { throw new UnknownIdentifierException($id); } if ( isset($this->raw[$id]) || !\is_object($this->values[$id]) || isset($this->protected[$this->values[$id]]) || !\method_exists($this->values[$id], '__invoke') ) { return $this->values[$id]; } if (isset($this->factories[$this->values[$id]])) { return $this->values[$id]($this); } $raw = $this->values[$id]; $val = $this->values[$id] = $raw($this); $this->raw[$id] = $raw; $this->frozen[$id] = true; return $val; } /** * Checks if a parameter or an object is set. * * @param string $id The unique identifier for the parameter or object * * @return bool */ public function offsetExists($id) { return isset($this->keys[$id]); } /**
Grav {#3}
namespace Grav\Common\Processors; use Grav\Common\Page\Interfaces\PageInterface; use Grav\Framework\Psr7\Response; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class RenderProcessor extends ProcessorBase { public $id = 'render'; public $title = 'Render'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $container = $this->container; $output = $container['output']; if ($output instanceof ResponseInterface) { return $output; } ob_start(); // Use internal Grav output. $container->output = $output; $container->fireEvent('onOutputGenerated'); echo $container->output; // remove any output $container->output = ''; $this->container->fireEvent('onOutputRendered'); $html = ob_get_clean();
"output"
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
namespace Grav\Common\Processors; use Grav\Framework\Psr7\Response; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class DebuggerAssetsProcessor extends ProcessorBase { public $id = 'debugger_assets'; public $title = 'Debugger Assets'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['debugger']->addAssets(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
$this->addMessage("Routed to page {$page->rawRoute()} (type: {$page->template()}) [Not Found fallback]"); } else { $this->addMessage("Routed to page {$page->rawRoute()} (type: {$page->template()})"); $task = $this->container['task']; $action = $this->container['action']; if ($task) { $event = new Event(['task' => $task, 'page' => $page]); $this->container->fireEvent('onPageTask', $event); $this->container->fireEvent('onPageTask.' . $task, $event); } elseif ($action) { $event = new Event(['action' => $action, 'page' => $page]); $this->container->fireEvent('onPageAction', $event); $this->container->fireEvent('onPageAction.' . $action, $event); } } $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
*/ namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class TwigProcessor extends ProcessorBase { public $id = 'twig'; public $title = 'Twig'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['twig']->init(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class AssetsProcessor extends ProcessorBase { public $id = '_assets'; public $title = 'Assets'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['assets']->init(); $this->container->fireEvent('onAssetsInitialized'); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
namespace Grav\Common\Processors; use RocketTheme\Toolbox\Event\Event; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class SchedulerProcessor extends ProcessorBase { public $id = '_scheduler'; public $title = 'Scheduler'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $scheduler = $this->container['scheduler']; $this->container->fireEvent('onSchedulerInitialized', new Event(['scheduler' => $scheduler])); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class BackupsProcessor extends ProcessorBase { public $id = '_backups'; public $title = 'Backups'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $backups = $this->container['backups']; $backups->init(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
} $this->stopTimer(); return $response; } catch (NotFoundException $e) { // Task not found: Let it pass through. } } if ($task) { $this->container->fireEvent('onTask.' . $task); } elseif ($action) { $this->container->fireEvent('onAction.' . $action); } } $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#158}
$request = $request->withParsedBody(json_decode($request->getBody()->getContents(), true)); } $request = $request ->withAttribute('grav', $this->container) ->withAttribute('time', $_SERVER['REQUEST_TIME_FLOAT'] ?? GRAV_REQUEST_TIME) ->withAttribute('route', Uri::getCurrentRoute()) ->withAttribute('referrer', $this->container['uri']->referrer()); $event = new RequestHandlerEvent(['request' => $request, 'handler' => $handler]); /** @var RequestHandlerEvent $event */ $event = $this->container->fireEvent('onRequestHandlerInit', $event); $response = $event->getResponse(); $this->stopTimer(); if ($response) { return $response; } return $handler->handle($request); } }
ServerRequest {#158}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
*/ namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class ThemesProcessor extends ProcessorBase { public $id = 'themes'; public $title = 'Themes'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['themes']->init(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class PluginsProcessor extends ProcessorBase { public $id = 'plugins'; public $title = 'Plugins'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); // TODO: remove in 2.0. $this->container['accounts']; $this->container['plugins']->init(); $this->container->fireEvent('onPluginsInitialized'); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
} /** @var Uri $uri */ $uri = $this->container['uri']; $uri->init(); // Redirect pages with trailing slash if configured to do so. $path = $uri->path() ?: '/'; if ($path !== '/' && $config->get('system.pages.redirect_trailing_slash', false) && Utils::endsWith($path, '/')) { $redirect = (string) $uri::getCurrentRoute()->toString(); $this->container->redirect($redirect); } $this->container->setLocale(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
*/ namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class DebuggerProcessor extends ProcessorBase { public $id = '_debugger'; public $title = 'Init Debugger'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['debugger']->init(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
*/ namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class ErrorsProcessor extends ProcessorBase { public $id = '_errors'; public $title = 'Error Handlers Reset'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['errors']->resetHandlers(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
/** @var Config $config */ $config = $grav['config']; switch ($config->get('system.log.handler', 'file')) { case 'syslog': $log = $grav['log']; $log->popHandler(); $facility = $config->get('system.log.syslog.facility', 'local6'); $logHandler = new SyslogHandler('grav', $facility); $formatter = new LineFormatter("%channel%.%level_name%: %message% %extra%"); $logHandler->setFormatter($formatter); $log->pushHandler($logHandler); break; } $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
namespace Grav\Common\Processors; use Psr\Http\Message\ResponseInterface; use Psr\Http\Message\ServerRequestInterface; use Psr\Http\Server\RequestHandlerInterface; class ConfigurationProcessor extends ProcessorBase { public $id = '_config'; public $title = 'Configuration'; public function process(ServerRequestInterface $request, RequestHandlerInterface $handler) : ResponseInterface { $this->startTimer(); $this->container['config']->init(); $this->container['plugins']->setup(); $this->stopTimer(); return $handler->handle($request); } }
ServerRequest {#69}
private $handler; /** @var ContainerInterface|null */ private $container; /** * {@inheritdoc} * @throws InvalidArgumentException */ public function handle(ServerRequestInterface $request): ResponseInterface { $middleware = array_shift($this->middleware); // Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
// Use default callable if there is no middleware. if ($middleware === null) { return \call_user_func($this->handler, $request); } if ($middleware instanceof MiddlewareInterface) { return $middleware->process($request, clone $this); } if (null === $this->container || !$this->container->has($middleware)) { throw new InvalidArgumentException( sprintf('The middleware is not a valid %s and is not passed in the Container', MiddlewareInterface::class), $middleware ); } array_unshift($this->middleware, $this->container->get($middleware)); return $this->handle($request); } }
ServerRequest {#69}
}, 'debuggerAssetsProcessor' => function () { return new DebuggerAssetsProcessor($this); }, 'renderProcessor' => function () { return new RenderProcessor($this); }, ] ); $default = function (ServerRequestInterface $request) { return new Response(404); }; /** @var Debugger $debugger */ $debugger = $this['debugger']; $collection = new RequestHandler($this->middleware, $default, $container); $response = $collection->handle($this['request']); $this->header($response); echo $response->getBody(); $debugger->render(); register_shutdown_function([$this, 'shutdown']); } /** * Set the system locale based on the language and configuration */ public function setLocale() { // Initialize Locale if set and configured. if ($this['language']->enabled() && $this['config']->get('system.languages.override_locale')) { $language = $this['language']->getLanguage(); setlocale(LC_ALL, \strlen($language) < 3 ? ($language . '_' . strtoupper($language)) : $language); } elseif ($this['config']->get('system.default_locale')) { setlocale(LC_ALL, $this['config']->get('system.default_locale'));
ServerRequest {#69}
// Set timezone to default, falls back to system if php.ini not set date_default_timezone_set(@date_default_timezone_get()); // Set internal encoding if mbstring loaded if (!\extension_loaded('mbstring')) { die("'mbstring' extension is not loaded. This is required for Grav to run correctly"); } mb_internal_encoding('UTF-8'); // Get the Grav instance $grav = Grav::instance( array( 'loader' => $loader ) ); // Process the page try { $grav->process(); } catch (\Error $e) { $grav->fireEvent('onFatalException', new Event(array('exception' => $e))); throw $e; } catch (\Exception $e) { $grav->fireEvent('onFatalException', new Event(array('exception' => $e))); throw $e; }
Key | Value |
redirect_after_login | "/"
|
user | User {#227} |
Key | Value |
HOME | "/home/thx1138"
|
USER | "thx1138"
|
PATH | "/bin:/usr/bin:/usr/local/bin"
|
HTTP_USER_AGENT | "claudebot"
|
HTTP_ACCEPT | "*/*"
|
HTTP_HOST | "www.systemsc.eu"
|
HTTPS | "on"
|
REDIRECT_STATUS | "200"
|
GEOIP_COUNTRY_CODE | "US"
|
PATH_INFO | "" |
SERVER_USER | "thx1138"
|
SERVER_DOMAIN | "systemsc.eu"
|
SERVER_NAME | "www.systemsc.eu"
|
SERVER_PORT | "443"
|
SERVER_ADDR | "85.194.241.231"
|
REMOTE_PORT | "52276"
|
REMOTE_ADDR | "54.147.0.155"
|
SERVER_SOFTWARE | "Apache/N-G-I-N-X-htaccess-support"
|
GATEWAY_INTERFACE | "CGI/1.1"
|
SERVER_PROTOCOL | "HTTP/2.0"
|
DOCUMENT_ROOT | "/usr/home/thx1138/domains/systemsc.eu/public_html"
|
DOCUMENT_URI | "/"
|
REQUEST_URI | "/"
|
SCRIPT_NAME | "/index.php"
|
CONTENT_LENGTH | "" |
CONTENT_TYPE | "" |
REQUEST_METHOD | "GET"
|
QUERY_STRING | "" |
SCRIPT_FILENAME | "/usr/home/thx1138/domains/systemsc.eu/public_html/index.php"
|
FCGI_ROLE | "RESPONDER"
|
PHP_SELF | "/index.php"
|
REQUEST_TIME_FLOAT | 1711702993.9048
|
REQUEST_TIME | 1711702993
|