上海出PC德国拜耳2407挤出级透明抗紫外线科思创PC2407汽车部件灯产品参数物理性能额定值单位制测试方法密度1.2g/cm3ISO1183表观密度30.66g/cm3ISO60熔流率（熔体流动速率）(300°C/1.2kg)20g/10minISO1133溶化体积流率（MVR）(300°C/1.2kg)19cm3/10minISO1133收缩率垂直流动方向0.50到0.70%ISO2577流动方向0.50到0.70%ISO2577垂直流动方向:2.00mm40.7%ISO294-4流动方向:2.00mm40.65%ISO294-4吸水率ISO62饱和,23°C0.3%平衡,23°C,50%RH0.12%硬度额定值单位制测试方法球压硬度116MPaISO2039-1机械性能额定值单位制测试方法拉伸模量(23°C)2400MPaISO527-2/1拉伸应力ISO527-2/50屈服,23°C66MPa断裂,23°C65MPa拉伸应变ISO527-2/50屈服,23°C6%断裂,23°C120%标称拉伸断裂应变(23°C)>50%ISO527-2/50拉伸蠕变模量ISO899-11hr2200MPa1000hr1900MPa弯曲模量5(23°C)2350MPaISO178弯曲应力5ISO1783.5%应变,23°C74MPa23°C98MPaFlexuralStrainatFlexuralStrength6(23°C)7%ISO178薄膜额定值单位制测试方法水气透过率(23°C,85%RH,100μm)15g/m2/24hrISO15106-1OxygenPermeabilityISO255623°C,25.4μm3200cm3/m2/bar/24hr23°C,100.0μm800cm3/m2/bar/24hrCarbonDioxidePermeabilityISO255623°C,25.4μm18900cm3/m2/bar/24hr23°C,100.0μm4800cm3/m2/bar/24hrNitrogenPermeabilityISO255623°C,25.4μm630cm3/m2/bar/24hr23°C,100.0μm160cm3/m2/bar/24hr冲击性能额定值单位制测试方法简支梁缺口冲击强度7ISO179/1eA-30°C,完全断裂14kJ/m223°C,局部断裂65kJ/m2简支梁无缺口冲击强度ISO179/1eU-60°C无断裂-30°C无断裂23°C无断裂悬壁梁缺口冲击强度8ISO180/A-30°C,完全断裂12kJ/m223°C,局部断裂75kJ/m2多轴向仪器化冲击能量ISO6603-2-30°C65J23°C55J多轴向仪器化冲击力峰值ISO6603-2-30°C6000N23°C5100N热性能额定值单位制测试方法热变形温度0.45MPa,未退火136°CISO75-2/B1.8MPa,未退火124°CISO75-2/A玻璃转化温度9143°CISO11357-2维卡软化温度--143°CISO306/***--145°CISO306/B120BallPressureTest(135°C)PassIEC60695-10-2线形热膨胀系数ISO11359-2流动:23到55°C6.50E-05cm/cm/°C横向:23到55°C6.50E-05cm/cm/°C导热系数10(23°C)0.2W/m/KISO8302RTIElec(1.50mm)125°CUL746RTIImp(1.50mm)115°CUL746RTI(1.50mm)125°CUL746电气性能额定值单位制测试方法表面电阻率1.00E+16ohmIEC60093体积电阻率(23°C)1.00E+16ohm·cmIEC60093介电强度(23°C,1.00mm)34kV/mmIEC60243-1相对电容率IEC6025023°C,100Hz3.123°C,1MHz3耗散因数IEC6025023°C,100Hz5.00E-0423°C,1MHz9.00E-03漏电起痕指数IEC60112解决方案A250V解决方案B125V可燃性额定值单位制测试方法UL阻燃等级UL942.70mmHB0.750mmV-2灼热丝***指数IEC60695-2-120.750mm850°C1.50mm875°C3.00mm930°C热灯丝点火温度IEC60695-2-130.750mm875°C1.00mm875°C1.50mm875°C3.00mm875°C极限氧指数1127%ISO4589-2ApplicationofFlamefrom***allBurner12(2.00mm)K1,F1DIN53438-1,-3BurningRate13(<1.00mm)PassedISO3795FlashIgnitionTemperature480°CASTMD1929NeedleFlameTestIEC60695-11-5MethodF:1.50mm1minMethodF:2.00mm2minMethodF:3.00mm2minMethodK:1.50mm0.1minMethodK:2.00mm0.1minMethodK:3.00mm0.2minSelfIgnitionTemperature550°CASTMD1929光学性能额定值单位制测试方法折射率141.584ISO489透射率ISO13468-21000μm89%2000μm89%3000μm88%4000μm87%雾度(3000μm)<0.80%ISO14782补充信息额定值测试方法ElectrolyticalCorrosionA1IEC60426ISOShortnamePC,MLR,(,,)-18-9ISO7391***额定值单位制加工（熔体）温度280到320°C)