德国巴斯夫PA6 8202C均聚物低粘度电气元件
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ASTMD7921.13g/cm³
ISO11831.13g/cm³收缩率MD：3.18mm
0.90%吸水率24hrASTMD5701.6%23°C,24hrISO621.6%饱和ASTMD5709.3%饱和,23°CISO629.3%平衡,50%RHASTMD5702.6%平衡,23°C,50%RHISO622.6%机械性能测试条件测试方法测试结果单位拉伸模量-40°CISO527-24090Mpa23°CISO527-23700Mpa拉伸应力屈服,120°CISO527-230.0Mpa屈服,150°CISO527-225.0Mpa抗张强度断裂,-40°CASTMD638130Mpa断裂,23°CASTMD63890.0Mpa断裂,80°CASTMD63835.0MpaBreak,121°CASTMD63825.0Mpa伸长率屈服,-40°CASTMD6383.0%屈服,23°CASTMD6384.0%屈服,80°CASTMD63825%Yield,121°CASTMD63827%弯曲模量23°CASTMD7903170Mpa65°CASTMD790600Mpa90°CASTMD790440Mpa121°CASTMD790385Mpa23°CISO1782800Mpa弯曲强度-40°CASTMD790183Mpa23°CASTMD790110Mpa65°CASTMD79030.0Mpa121°CASTMD79021.0Mpa弯曲应力23°CISO17895.0Mpa拉伸模量80°CISO527-2750Mpa120°CISO527-2550Mpa150°CISO527-2445Mpa抗张强度屈服,-40°CASTMD638137Mpa屈服,23°CASTMD63890.0Mpa屈服,80°CASTMD63840.0MpaYield,121°CASTMD63830.0Mpa拉伸应力屈服,-40°CISO527-2137Mpa屈服,23°CISO527-288.0Mpa屈服,80°CISO527-240.0Mpa拉伸应变屈服,23°CISO527-24.0%伸长率断裂,-40°CASTMD6385.0%断裂,23°CASTMD63812%断裂,80°CASTMD638>****Break,121°CASTMD638>****标称拉伸断裂应变-40°CISO527-25.0%23°CISO527-27.0%80°CISO527-2>****120°CISO527-2>****弯曲模量-40°CASTMD7903370Mpa热性能测试条件测试方法测试结果单位RTIImp6.0mmUL746105°CRTIStr0.71mmUL74695.0°C1.5mmUL746105°C3.0mmUL746105°C6.0mmUL746105°C热变形温度0.45MPa,未退火ASTMD648190°C0.45MPa,未退火ISO75-2/B165°C1.8MPa,未退火ASTMD64875.0°C1.8MPa,未退火ISO75-2/A65.0°C熔融峰值温度
ASTMD3418220°C溶融温度（DSC）
ISO3146220°C线形热膨胀系数MDASTME8318.1E-05cm/cm/°CRTIElec0.71mmUL746130°C1.5mmUL746130°C3.0mmUL746130°C6.0mmUL746130°CRTIImp0.71mmUL74695.0°C1.5mmUL746105°C3.0mmUL746105°C电气性能测试条件测试方法测试结果单位VolumeResistivity1.50mmASTMD257>1.0E+13ohms·cm体积电阻率
IEC60093>1.0E+13ohms·cm介电强度21.50mmASTMD14930KV/mm漏电起痕指数
IEC60112600V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23°CISO1793.5kJ/m²简支梁无缺口冲击强度23°CISO179NoBreak
悬壁梁缺口冲击强度-40°CASTMD25632J/m23°CASTMD25648J/m落下冲击阻力23°C内部方法122J硬度测试条件测试方法测试结果单位洛氏硬度R级ASTMD785120
可燃性测试条件测试方法测试结果单位UL阻燃等级0.71mmUL94V-2
1.5mmUL94V-2
3.0mmUL94V-2
6.0mmUL94V-2
