氙灯老化试验测试方法与满足标准

氙灯老化试验测试方法与满足标准点击次数：144发布时间：2010-4-87:00:19通用IEC68-2-9,BasicEnvironmentalTestingProcedures-Part2:GuidanceforSolarRadiationTestingISO4892-1,Plastics-Methodsofexposuretolaboratorylightsources-Part1:GeneralGuidanceASTMG151,GeneralGuidelinesforExposureofNonmetallicMaterialsASTMG155,Xenon-ArcTestApparatusforExposureofNonmetallicMaterialsGB/T16422.1，塑料实验室光源暴露试验方法第1部分：总则汽车SAEJ2412,AcceleratedExposureofAutomotiveInteriorTrimComponentsUsingaControlledIrradianceXenon-ArcApparatusSAEJ2527,AcceleratedExposureofAutomotiveExteriorMaterialsUsingaControlledIrradianceXenon-ArcApparatusQB/T2727，皮革色牢度试验耐光色牢度：氙弧ASTMD7356,StandardTestMethodforAcceleratedAcidEtchWeatheringofAutomotiveClearcoatsUsingaXenon-ArcExposureDevice涂料ISO11341,Paintsａndvarnishes-Artificialweatheringａndexposuretoartificialradiation-Exposuretofilteredxenon-arcradiationASTMD3451,TestingCoatingPowdersａndPowderCoatingsASTMD3794,TestingCoilCoatingsASTMD6577,StandardGuideforTestingIndustrialProtectiveCoatingsASTMD6695,Xenon-ArcExposuresofPaintsａndRelatedCoatingsGB1865,色漆和清漆人工气候老化和人工辐射暴露（滤过的氙弧辐射）JISK5600-7-7,TestingMethodsforPaints-Part7:Long-PeriodPerformanceofFilm-Section7:AcceleratedWeathering（ExposuretoFilteredXenonArc）MPI:#113,Exterior,Waterborne,PigmentedElastomericCoatingMS133:PartF14,MethodsofTestforPaints&Varnishes:PartF14:ArtificialWeathering&ExposuretoArtificialRadiation–ExposuretoFilteredXenonArcRadiation（ISO11341）医药ICHGuideline,StabilityTesting:PhotostabilityTestingofNewDrugSubstancesａndProducts塑料ISO4892-2,Plastics-Methodsofexposuretolaboratorylightsources-Part2:Xenon-arcsourcesJISK7350-2,Plastics-Methodsofexposuretolaboratorylightsources-Part2:Xenon-arcsourcesDINEN513,Unplasticizedpolyvinylchloride（PVC-U）profilesforfabricationofwindows&doorsASTMD1248,PolyethylenePlasticExtrusionMaterialsforWireａndCableASTMD2565,Xenon-Arc–PlasticsforOutdoorApplicationsASTMD4101,PolypropylenePlasticInjectionａndExtrusionMaterialsASTMD4459,Xenon-Arc–PlasticsforIndoorApplicationsASTMD5071,Xenon-ArcExposureofPhotodegradablePlasticsASTMD6662,PlasticLumberDeckingBoardsUL1581,ReferenceStandardforElectricalWires,Cables&FlexibleCordsGB/T16422.2，塑料实验室光源暴露试验方法第2部分：氙弧灯土工布ASTMD4355,DeteriorationofGeotextilestoUVLight纺织品AATCCTM16,ColorfastnesstoLightAATCCTM169,WeatherResistanceofTextiles:XenonLampExposureGB/T-8430,纺织品色牢度试验耐人造气候色牢度：氙弧IS:2454,IndianStandard-MethodforDeterminationofColourFastnessofTextileMaterialstoArtificialLight（XenonLamp）•GB/T8427，纺织品色牢度试验耐人造光色牢度：氙弧GB/T8431，纺织品色牢度试验光致变色的检验和评定GB/T8432，耐光色牢度试验仪用湿度控制标样GB/T16991，纺织品色牢度试验高温耐光色牢度：氙弧FZ/T75002，涂层织物光加速老化试验方法氙弧法GB/T-8430,Textiles-Testsforcolorfastness-Colorfastnesstoartificialweathering:XenonarcfadinglamptestISO105B02,Textiles-Testsforcolourfastness-PartB02:Colourfastnesstoartificiallight:Xenonarcfadinglamptest印刷油墨/艺术家用材料/纸张ISO11798,Informationａnddocumentation–Permanenceofwriting,printing©ingonpaperISO12040,GraphicTechnology-PrintsａndprintinginksISO18909,ImagingMaterials–ProcessedphotographiccolourfilmsａndpaperprintsASTMD3424,LightfastnessofPrintedMatterASTMD4303,LightfastnessofArtists’PigmentsASTMD5010,TestingPrintingInks&RelatedMaterialsASTMD6901,StandardSpecificationforArtists’ColoredPencilsASTMF2366,LightfastnessofInkJetPrintsExposedtoWindowFilteredDaylight屋顶材料ASTMD4434,PolyVinylChlorideSheetRoofingASTMD4637,EPDMSheetUsedinSingle-PlyRoofMembraneASTMD4798,Xenon-Arc–BituminousMaterialsASTMD4811,NonvulcanizedRubberSheetUsedasRoofFlashingASTMD5019,ReinforcedNon-VulcanizedPolymericSheetASTMD6083,LiquidAppliedAcrylicCoatingsUsedinRoofing橡胶ISO3865,Rubber,VulcanizedorThermoplastic–MethodsoftestforstainingoncontactwithorganicmaterialsISO4665,Rubber,VulcanizedorThermoplastic–ResistancetoweatheringGB/T12831，硫化橡胶人工气候（氙灯）老化试验方法粘合剂ASTMD904,ExposureofAdhesiveSpecimenstoArtificialLightASTMC1442,ConductingTestsonSealantsUsingArtificialWeatheringApparatusASTMC1501,StandardTestMethodforColorStabilityofBuildingConstructionSealants密封剂ASTMC1442,ConductingTestsonSealantsUsingArtificialWeatheringApparatusASTMC1501,ColorStabilityofSealants包装材料ASTMD6551,AcceleratedWeatheringofPressure-SensitiveTapesbyXenonArc建筑材料•GB/T16259，建筑材料人工气候加速老化试验方法电工电子产品GB/T2423.24，电工电子产品环境试验第2部分：试验方法试验Sa：模拟地面上的太阳辐射塑料制品的老化试验点击次数：108发布时间：2010-6-121:40:39塑料产品的老化试验介绍1概述：所谓人工光源（实验室光源或人工气候）曝露试验方法，是通过模拟和强化大气环境中一些主要致老化因素，而达到人工加速目的的老化试验方法[1]。由于实际生产中对材料耐候性的评估的急切需求，一些人工光源设备被用来加速老化。这些光源都包括：（经过滤的）宽频氙弧灯、荧光紫外灯、金属卤化物灯（metalhalidelamps）和开放式碳弧灯；还有一些不经常使用的光源，它们包括：汞蒸气灯、钨灯（tungstenlamp）[4]。我国1997年颁布的国家标准GB/T16422-1.2.3（等效ISO4892，1994）中规定了最常用的氙灯、荧光紫外灯、开放式碳弧灯三种光源的曝露试验方法。2通则A结果的偏差鉴于材料在真实环境中老化的复杂性（日光辐射的特性和能量随地点、时间而变化，温度，温度的周期变化等），为减少重复曝露试验结果的差异，在特定地点的自然曝露试验应至少连续曝露两年。经验表明，实验室光源与特定地点的自然曝露试验结果之间的相关性，只适用于特定种类和配方的材料和特定的性能，和其相关性已为过去试验所证实了的场合。B试验目的a通过模拟自然阳光下长期曝露作用的加速试验，以获得材料耐候性的结果。为了得到曝露全过程完整的特性，需测定试样在若干曝露阶段的性能变化。b用于确定不同批次材料的质量与已知对照样是否相同的实验。c按照规定的试验方法评价性能变化，以确定材料是否合格。C试验装置实验室光源曝露试验的装置一般应包括试验箱（包括：光源、试样架、润湿装置、控湿装置、温度传感器、程序控制装置等）、辐射测量仪、指示或记录装置等几个主要部分及其必要的辅助配套装置。D试验条件的选择实验室光源曝露试验条件的选择主要包括：光源、温度、相对湿度、及喷水（降雨）周期等它们的选择依据及一般确定方法如下:a光源的选择光源的选择是整个