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你懂吗？泡沫玻璃保温材料EN13167欧盟CE认证泡沫玻璃定义：泡沫玻璃又称多孔玻璃或泡沫玻璃。是一种气孔率在90%以上，由均匀的气孔组成的隔热玻璃。由于它的气孔结构具有硼硅酸盐的物理性质，用作隔热材料具有不透气、不燃烧、不变形、不变质、不污染食品等特点，因此，不仅用作室内外的不燃性隔热材料，还用于食品冷冻发酵和酿造设备、液面计的浮标等。发泡玻璃的制造采用粉末烧结法，在玻璃微粉中添加发泡剂并混合，于热容器中加热、膨胀后退火，制得成品。泡沫玻璃为什么要做CE认证？出口欧盟需要认证的意义：市场准入：CE认证是泡沫玻璃保温材料进入欧盟市场的强制性要求，未获得认证的产品不得在欧盟市场流通，通过认证可确保产品在欧盟市场的合法销售.质量保证：认证过程中的严格测试和审核，确保了泡沫玻璃保温材料的质量和性能，使其能够满足建筑保温隔热的要求，为用户提供可靠的保温解决方案，提高产品在市场上的信誉度和竞争力.符合法规要求：证明产品符合欧盟建筑法规对保温隔热材料在安全、环保、健康等方面的要求，有助于保障建筑工程的质量和安全，促进建筑行业的可持续发展.根据EN13167CE协调标准，泡沫玻璃进行EN13167认证时需要做以下测试：反应防火性能测试：依据EN13501-1标准进行防火性能测试，评估泡沫玻璃保温材料在火灾发生时的反应，如燃烧性能、火焰蔓延速度、产烟量等，以确定其防火等级，确保在建筑使用中能够满足相应的防火安全要求。（必做项目）热阻和导热系数测试：测量泡沫玻璃保温材料的热阻和导热系数，这对于评估其保温隔热性能至关重要。准确的热阻和导热系数数据能够帮助确定材料在不同环境条件下的保温效果，从而保证建筑物的能源效率和舒适性。尺寸稳定性测试：检测材料在不同温度和湿度条件下的尺寸变化情况。尺寸稳定性良好的泡沫玻璃保温材料能够在长期使用过程中保持其原有的形状和尺寸，避免因尺寸变化导致的保温层开裂、脱落等问题，确保保温系统的完整性和稳定性。平行于表面的拉伸强度测试：评估泡沫玻璃保温材料在平行于表面方向上的拉伸强度。足够的拉伸强度能够使材料在承受外力时不易破裂或损坏，保证保温材料在安装和使用过程中的可靠性，特别是在受到风荷载、地震力等作用时，能够维持其结构的稳定性。详情请咨询：中科易朔电话件：info@CAS网址：http://www.CASQQ咨询：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.Sufficienttensilestrengthcanpreventthematerialfrombreakingorbeingdamagedwhensubjectedtoexternalforces,ensuringthereliabilityoftheinsulationmaterialduringinstallationanduse,especiallywhensubjectedtowindloads,earthquakeforces,etc.,tomaintainthestabilityofitsstructure.