你懂嗎？泡沫玻璃保溫材料EN 13167 歐盟CE認證

你懂嗎？泡沫玻璃保溫材料EN13167歐盟CE認證泡沫玻璃定義：泡沫玻璃又稱多孔玻璃或泡沫玻璃。是一種氣孔率在90%以上，由均勻的氣孔組成的隔熱玻璃。由于它的氣孔結構具有硼硅酸鹽的物理性質，用作隔熱材料具有不透氣、不燃燒、不變形、不變質、不污染食品等特點，因此，不僅用作室內外的不燃性隔熱材料，還用于食品冷凍發(fā)酵和釀造設備、液面計的浮標等。發(fā)泡玻璃的制造采用粉末燒結法，在玻璃微粉中添加發(fā)泡劑并混合，于熱容器中加熱、膨脹后退火，制得成品。泡沫玻璃為什么要做CE認證？出口歐盟需要認證的意義：市場準入：CE認證是泡沫玻璃保溫材料進入歐盟市場的強制性要求，未獲得認證的產品不得在歐盟市場流通，通過認證可確保產品在歐盟市場的合法銷售.質量保證：認證過程中的嚴格測試和審核，確保了泡沫玻璃保溫材料的質量和性能，使其能夠滿足建筑保溫隔熱的要求，為用戶提供可靠的保溫解決方案，提高產品在市場上的信譽度和競爭力.符合法規(guī)要求：證明產品符合歐盟建筑法規(guī)對保溫隔熱材料在安全、環(huán)保、健康等方面的要求，有助于保障建筑工程的質量和安全，促進建筑行業(yè)的可持續(xù)發(fā)展.根據(jù)EN13167CE協(xié)調標準，泡沫玻璃進行EN13167認證時需要做以下測試：反應防火性能測試：依據(jù)EN13501-1標準進行防火性能測試，評估泡沫玻璃保溫材料在火災發(fā)生時的反應，如燃燒性能、火焰蔓延速度、產煙量等，以確定其防火等級，確保在建筑使用中能夠滿足相應的防火安全要求。（必做項目）熱阻和導熱系數(shù)測試：測量泡沫玻璃保溫材料的熱阻和導熱系數(shù)，這對于評估其保溫隔熱性能至關重要。準確的熱阻和導熱系數(shù)數(shù)據(jù)能夠幫助確定材料在不同環(huán)境條件下的保溫效果，從而保證建筑物的能源效率和舒適性。尺寸穩(wěn)定性測試：檢測材料在不同溫度和濕度條件下的尺寸變化情況。尺寸穩(wěn)定性良好的泡沫玻璃保溫材料能夠在長期使用過程中保持其原有的形狀和尺寸，避免因尺寸變化導致的保溫層開裂、脫落等問題，確保保溫系統(tǒng)的完整性和穩(wěn)定性。平行于表面的拉伸強度測試：評估泡沫玻璃保溫材料在平行于表面方向上的拉伸強度。足夠的拉伸強度能夠使材料在承受外力時不易破裂或損壞，保證保溫材料在安裝和使用過程中的可靠性，特別是在受到風荷載、地震力等作用時，能夠維持其結構的穩(wěn)定性。詳情請咨詢：中科易朔電話件：info@CAS網(wǎng)址：http://www.CASQQ咨詢：2250293836出自：Doyouknow?FoamglassinsulationmaterialEN13167EUCEcertificationDefinitionofFoamGlass:Foamglassisalsocalledporousglassorfoamglass.Itisakindofinsulatingglasswithaporosityofmorethan90%andcomposedofuniformpores.Becauseitsporestructurehasthephysicalpropertiesofborosilicate,itisusedasaninsulatingmaterialwiththecharacteristicsofbeingairtight,non-combustible,non-deformable,non-deteriorating,andnon-contaminatingfood.Therefore,itisnotonlyusedasanon-combustibleinsulationmaterialindoorsandoutdoors,butalsousedinfoodfreezingandfermentationandbrewingequipment,andthebuoyofliquidlevelgauges.Themanufactureoffoamedglassadoptsthepowdersinteringmethod,addingafoamingagenttoglassmicropowderandmixing,heatinginahotcontainer,expandingandannealingtoobtainthefinishedproduct.WhydoesfoamglassneedCEcertification?ThesignificanceofcertificationforexporttotheEU:Marketaccess:CEcertificationisamandatoryrequirementforfoamglassinsulationmaterialstoentertheEUmarket.ProductsthathavenotobtainedcertificationarenotallowedtocirculateintheEUmarket.CertificationcanensurethelegalsaleofproductsintheEUmarket.Qualityassurance:Stricttestingandreviewduringthecertificationprocessensuresthequalityandperformanceoffoamglassinsulationmaterials,enablingthemtomeettherequirementsofbuildinginsulationandheatinsulation,providinguserswithreliableinsulationsolutions,andimprovingthecredibilityandcompetitivenessofproductsinthemarket.Compliancewithregulatoryrequirements:ProvingthattheproductmeetstherequirementsofEUbuildingregulationsforinsulationmaterialsintermsofsafety,environmentalprotection,health,etc.,helpstoensurethequalityandsafetyofconstructionprojectsandpromotethesustainabledevelopmentoftheconstructionindustry.AccordingtotheEN13167CEcoordinationstandard,thefollowingtestsarerequiredforfoamglasstobecertifiedforEN13167:Reactionfireperformancetest:FireperformancetestiscarriedoutaccordingtotheEN13501-1standardtoevaluatethereactionoffoamglassinsulationmaterialsintheeventoffire,suchascombustionperformance,flamespreadspeed,smokeproduction,etc.,todetermineitsfireprotectionlevelandensurethatitcanmeetthecorrespondingfiresafetyrequirementsinbuildinguse.(Requireditems)Thermalresistanceandthermalconductivitytest:Measuringthethermalresistanceandthermalconductivityoffoamglassinsulationmaterialsiscrucialforevaluatingitsthermalinsulationperformance.Accuratethermalresistanceandthermalconductivitydatacanhelpdeterminetheinsulationeffectofthematerialunderdifferentenvironmentalconditions,therebyensuringtheenergyefficiencyandcomfortofthebuilding.Dimensionalstabilitytest:Detectthedimensionalchangesofthematerialunderdifferenttemperatureandhumidityconditions.Foamglassinsulationmaterialswithgooddimensionalstabilitycanmaintaintheiroriginalshapeandsizeduringlong-termuse,avoidcrackingandfallingoftheinsulationlayerduetodimensionalchanges,andensuretheintegrityandstabilityoftheinsulationsystem.Tensilestrengthtestparalleltothesurface:Evaluatethetensilestrengthoffoamglassinsulationmaterialsinthedirectionparalleltothesurface.Sufficienttensilestrengthcanpreventthematerialfrombreakingor