Material Comparison

Product Info
Product Name
Brand Name
Usages
Properties
Certificates
PAI Duratron® T4501 Mitsubishi Chemical Advanced Materials
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Plastic Datasheets

Impact resistanceTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
Impact strength of cantilever beam gapASTM D256A27 J/m
hardnessTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
Rockwell hardnessE计秤ASTM D78570
Shore hardness邵氏DASTM D224090
Rockwell hardnessM级ASTM D785106
Supplementary InformationTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
limiting pv value内部方法0.788 MPa·m/s
Mechanical propertiesTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
tensile strength 极限ASTM D63868.9 MPa
elongation断裂ASTM D6383.0 %
compressive strength10%应变ASTM D695110 MPa
bending strength屈服ASTM D790138 MPa
Tensile modulusASTM D6383030 MPa
Flexural modulusASTM D7904480 MPa
Compression ModulusASTM D6952480 MPa
Wear factorASTM D37029.1 10^-8mm³/N·m
coefficient of friction与钢-静态内部方法0.20
Electrical performanceTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
Dissipation Factor1MHzASTM D1500.042
Surface Resistivity内部方法>1.0E+13 ohms
dielectric constant1MHzASTM D1506.00
flammabilityTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
UL flame retardant rating3.18mmUL 94V-0
physical property Test ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
Water absorption rate饱和ASTM D5701.5 %
24hrASTM D5700.30 %
densityASTM D7921.45 g/cm³
Thermal performanceTest ConditionTest MethodMitsubishi Chemical Advanced Materials/Duratron® T4501
Heat distortion temperature1.8MPa,未退火,HDTASTM D648279 °C
Linear coefficient of thermal expansionMD1:-40到149°CASTME8313.6E-05 cm/cm/°C
Maximum operating temperature LongTerm, Air260 °C
Glass Transition TemperatureASTM D3418275 °C
thermal conductivityASTMF4330.53 W/m/K

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