物性纠错
物理性能测试条件测试方法测试结果单位密度 / 比重23°CISO11831.20g/cm³表观密度2ISO600.64g/cm³熔体质量流动速率300°C/1.2kgISO113310g/10min熔体体积流动速率300°C/1.2kgISO11339.00cm3/10min收缩率TDISO25770.60to0.80%MDISO25770.60to0.80%TD:2.00mm3ISO294-40.75%MD:2.00mm3ISO294-40.70%吸水率饱和,23°CISO620.30%平衡,23°C,50%RHISO620.12%机械性能测试条件测试方法测试结果单位拉伸模量23°CISO527-2/12450Mpa拉伸应力屈服,23°CISO527-2/5066.0Mpa断裂,23°CISO527-2/5065.0Mpa拉伸应变屈服,23°CISO527-2/506.0%断裂,23°CISO527-2/50120%标称拉伸断裂应变23°CISO527-2/50>50%弯曲模量423°CISO1782450Mpa弯曲应力43.5%Strain,23°CISO17875.0Mpa23°CISO17899.0Mpa弯曲应变523°CISO1787.0%热性能测试条件测试方法测试结果单位热变形温度0.45MPa,未退火ISO75-2/B134°C1.8MPa,未退火ISO75-2/A122°C玻璃转化温度8
ISO11357-2141°C维卡软化温度--ISO306/B50143°C--ISO306/B120141°CBallPressureTest135°CIEC60695-10-2Pass
线形热膨胀系数MD：23到55°CISO11359-26.5E-05cm/cm/°CTD：23to55°CISO11359-26.5E-05cm/cm/°C导热系数923°CISO83020.20W/m/KRTIElec1.5mmUL746125°CRTIImp1.5mmUL746115°CRTIStr1.5mmUL746125°C电气性能测试条件测试方法测试结果单位表面电阻率
IEC600931E+16ohms体积电阻率23°CIEC600931E+16ohms·cm介电强度23°C,1.00mmIEC60243-134KV/mm相对电容率23°C,100HzIEC602503.10
23°C,1MHzIEC602503.00
耗散因数23°C,100HzIEC602508E-04
23°C,1MHzIEC602509E-03
漏电起痕指数解决方案AIEC60112225V解决方案BIEC60112125V冲击性能测试条件测试方法测试结果单位简支梁缺口冲击强度6-30°C,完全断裂ISO739112kJ/m²23°C,局部断裂ISO739170kJ/m²简支梁无缺口冲击强度-30°CISO179/1eUNoBreak
23°CISO179/1eUNoBreak
悬壁梁缺口冲击强度7-30°C,完全断裂ISO739112kJ/m²23°C,局部断裂ISO739165kJ/m²多轴向仪器化冲击能量-30°CISO6603-255.0J23°CISO6603-250.0J多轴向仪器化冲击力峰值-30°CISO6603-26000N23°CISO6603-25200N硬度测试条件测试方法测试结果单位球压硬度
ISO2039-1117Mpa可燃性测试条件测试方法测试结果单位UL阻燃等级1.5mmUL94V-0
3.0mmUL945VA
灼热丝易燃指数1.5mmIEC60695-2-12960°C3.0mmIEC60695-2-12960°C热灯丝点火温度1.5mmIEC60695-2-13900°C3.0mmIEC60695-2-13930°C极限氧指数10
ISO4589-236%ApplicationofFlamefromSmallBurner-MethodKandF2.00mmDIN53438-1,-3K1,F1
燃烧速率-US-FMVSS>1.00mmISO3795passed
FlashIgnitionTemperature
ASTMD1929470°CSelfIgnitionTemperature
ASTMD1929550°C补充信息测试条件测试方法测试结果单位ElectrolyticalCorrosion23°CIEC60426A1
ISOShortname
ISO7391-PC,MFLR,(,,)-09-9
