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PA66 Zytel®  408HS DUPONT USA

192
  • Properties:
    enhance
    Toughening
    Thermal stability
    High impact resistance
    High temperature resistan
  • Usages:
    Industrial machinery
    Automotive sector
  • Certificates:
    UL

Technical Data Sheet

Physical PropertiesTest ConditionTest MethodTest ResultUnit
DensityASTM D792/ISO 11831.09
Moisture Absorption 23℃/24HASTM D570/ISO 621.2%
Physical PropertiesTest ConditionTest MethodTest ResultUnit
Moisture Absorption (24hr)ASTM D5701.2%
Moisture Absorption (Saturation)ASTM D5707.0%
Mechanical PropertiesTest ConditionTest MethodTest ResultUnit
Tensile Strength (Yield)ASTM D63862.7Mpa
Rockwell hardness RASTM D-78550%RH|R102
Rockwell hardness RASTM D-785DAM|R115
Rockwell Hardness(M-Scale)ASTM D-785DAM|M71
Rockwell Hardness(M-Scale)ASTM D-78550%RH|M50
Notched Izod Impact Strength23℃ASTM D-256DAM|230J/m
Notched Izod Impact Strength23℃ASTM D-25650%RH|240J/m
Tensile Modulus23℃ASTM D-790DAM|1965Mpa
Tensile Modulus23℃ASTM D-79050%RH|1103Mpa
Durometer HardnessASTM D-676DAM|83
Durometer HardnessASTM D-67650%RH|76
Tensile Elongation (Break)ASTM D-638DAM|5%
Tensile Elongation (Break)ASTM D-63850%RH|15%
Tensile Strength (Yield)23℃DAM|60.7Mpa
Tensile Strength (Yield)23℃50%RH|51.7Mpa
Tensile Elongation?(Break)ASTM D63850%
Tensile Elongation?(Break)23℃ASTM D-638DAM|80%
Tensile Elongation?(Break)23℃ASTM D-63850%RH|270%
Tensile Elongation?(Break)ASTM D638/ISO 52780%
Tensile StrengthASTM D638/ISO 52762.1kg/cm²(MPa)[Lb/in²]
Tensile Strength23℃ASTM D-63850%RH|51.7Mpa
Tensile Strength23℃ASTM D-638DAM|62.1Mpa
Tensile ElongationASTM D638/ISO 52760.7%
Flexural ModulusASTM D7902070Mpa
Tensile Impact Strength长试样23℃ASTM D-1822DAM|550kJ/m²
Tensile Impact Strength长试样23℃ASTM D-182250%RH|1680kJ/m²
Tensile Impact Strength短试样23℃ASTM D-1822DAM|189kJ/m²
Tensile Impact Strength短试样23℃ASTM D-182250%RH|265kJ/m²
Notched Impact StrengthASTM D256134J/m
Thermal PropertiesTest ConditionTest MethodTest ResultUnit
Brittleness TemperatureASTM D-746DAM|-104°C
Brittleness TemperatureASTM D-74650%RH|-84°C
Deflection Temperature Under Load?66 psi, 未退火ASTM D648184°C
Melting Temperature255℃(℉)
Melting TemperatureFisher Johns法ASTM D-789DAM|255°C
Melting TemperatureFisher Johns法ASTM D-78950%RH|255°C
Linear expansion coefficientASTM D696/ISO 113597×10-5mm/mm.℃
Oxygen IndexASTM D286323%
Thermal distortion temperature18×106PaASTM D-648DAM|75°C
Thermal distortion temperature18×106PaASTM D-64850%RH|-°C
Thermal distortion temperature(0.5)×106PaASTM D-648DAM|230°C
Thermal distortion temperature(0.5)×106PaASTM D-64850%RH|-°C
Coefficient of Linear Thermal Expansion平行流动方向ASTM E8310.00010cm/cm/ ℃
Coefficient of Linear Thermal ExpansionASTM D-696DAM|7×10-5m/m/℃
Coefficient of Linear Thermal ExpansionASTM D-69650%RH|-m/m/℃
Flame RatingUL 94DAM|94
Flame RatingUL 9450%RH|HB
Peak Crystallization Temperature ASTM D-2177DAM|270°C
Peak Crystallization Temperature ASTM D-217750%RH|-°C
Heat Deflection Temperature13.8MPa,50℃ASTM D-621DAM|1.4%
Heat Deflection Temperature13.8MPa,50℃ASTM D-62150%RH|-%
Flame RatingUL 94HB
Electrical performanceTest ConditionTest MethodTest ResultUnit
Dielectric ConstantASTM D150/IEC 602503.1
Dielectric Constant103Hz(cps)ASTM D-150DAM|3.1
Dielectric Constant100Hz(cps)ASTM D-15050%RH|4.8
Dielectric Constant106Hz(cps)ASTM D-150DAM|2.9
Dielectric Constant106Hz(cps)ASTM D-15050%RH|3.3
Volume ResistivityASTM D257/IEC 6009310Ω.cm
Volume ResistivityASTM D-257DAM|1013Ω.m
Volume ResistivityASTM D-25750%RH|1013Ω.m
Dissipation Factor?100Hz(cps)ASTM D-150DAM|0.02
Dissipation Factor?100Hz(cps)ASTM D-15050%RH|0.1
Dissipation Factor?103Hz(cps)ASTM D-150DAM|0.02
Dissipation Factor?103Hz(cps)ASTM D-15050%RH|0.11
Dissipation Factor?106Hz(cps)ASTM D-150DAM|0.02
Dissipation Factor?106Hz(cps)ASTM D-15050%RH|0.10
PhysicalTest ConditionTest MethodTest ResultUnit
Moisture Absorption24小时浸渍(23℃)ASTM D-570DAM|1.2%
Moisture Absorption24小时浸渍(23℃)ASTM D-57050%RH|-%
Moisture Absorption饱和(23℃)ASTM D-570DAM|7.0%
Moisture Absorption饱和(23℃)ASTM D-57050%RH|-%
IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.