plas

PA6 Amilan®  CM1007 TORAY JAPAN

262
  • Unit Price:US$ 3,215 /MT
  • Packaging Specification:
    25 KG/PKG
  • Packaging Material:
    Paper bag
  • Supply Quantity:
    56.5MT
  • Delivery Terms:
    FOB
  • Port of Loading :
    China Main Port
  • Accepted Payment Methods:
    T/T
  • Shipping:
    Negotiate supplier for shipping details

Supplier Information

ASIA PLASTIC EXCHANGE LIMITED

+86 755 ********View
serv********View
+86 ********View

For more details, please contact the supplier!

Material Description

  • Material Properties:Low viscosityHigh mobility
  • Application Areas:Electrical appliances
  • Color:--
  • Grade:Injection grade

Technical Data Sheet

impact performanceTest ConditionTest MethodTest Result
Impact strength of simply supported beam without notch-40°C无断裂 --
Impact strength of simply supported beam without notch23°C无断裂 --
flammabilityTest ConditionTest MethodTest Result
UL flame retardant rating0.79mmV-2 --
Basic PerformanceTest ConditionTest MethodTest Result
Water absorption rate23℃,24hrASTM D-570无水|1.8 %
Water absorption rate23℃,24hrASTM D-5703.5%水|- %
mechanical propertiesTest ConditionTest MethodTest Result
Rockwell hardnessASTM D78580
bending strengthASTM D790/ISO 1783.8 kg/cm²(MPa)[Lb/in²]
Shear strength23℃ASTM D-732无水|720 kg/cm2
Shear strength23℃ASTM D-7323.5%水|650 kg/cm2
tensile strength80℃,YieldASTM D-638无水|270 kg/cm2
tensile strength80℃,YieldASTM D-6383.5%水|200 kg/cm2
tensile strength23℃,Break无水|700 kg/cm2
tensile strength23℃,Break3.5%水|- kg/cm2
Rockwell hardness80℃ASTM D-785无水|80 R-标度
Rockwell hardness80℃ASTM D-7853.5%水|- R-标度
tensile strength23℃,YieldASTM D-638无水|760 kg/cm2
tensile strength23℃,YieldASTM D-6383.5%水|350 kg/cm2
Impact strength of cantilever beam gapV-Notched1/2,23℃无水|5 kg.cm/cm
Impact strength of cantilever beam gapV-Notched1/2,23℃3.5%水|40 kg.cm/cm
tensile strength-40℃,YieldASTM D-638无水|1130 kg/cm2
tensile strength-40℃,YieldASTM D-6383.5%水|1000 kg/cm2
Bending modulus23℃ASTM D-790无水|25000 kg/cm2
Bending modulus23℃ASTM D-7903.5%水|8000 kg/cm2
bending strength-40℃ASTM D-790无水|1400 kg/cm2
bending strength-40℃ASTM D-7903.5%水|1300 kg/cm2
Friction coefficient vs. Metal0.15to0.20 --
tensile strength-40°C110 MPa
tensile strength23°CMPa80.0 35.0
tensile strength80°CMPa25.0 20.0
Tensile strainYield,23°C%2.0 --
bending strength80℃ASTM D-790无水|430 kg/cm2
bending strength80℃ASTM D-7903.5%水|250 kg/cm2
bending strength23℃ASTM D-790无水|1000 kg/cm2
bending strength23℃ASTM D-7903.5%水|400 kg/cm2
compressive strength23℃ASTM D-695无水|840 kg/cm2
compressive strength23℃ASTM D-6953.5%水|- kg/cm2
Elongation at Break23℃ASTM D-638无水|130 %
Elongation at Break23℃ASTM D-6383.5%水|< 200 %
Bending modulus80℃ASTM D-790无水|7000 kg/cm2
Bending modulus80℃ASTM D-7903.5%水|3000 kg/cm2
Bending modulus-40℃ASTM D-790无水|39000 kg/cm2
Bending modulus-40℃ASTM D-7903.5%水|37000 kg/cm2
Rockwell hardness23℃ASTM D-785无水|119 R-标度
Rockwell hardness23℃ASTM D-7853.5%水|88 R-标度
Tensile strainBreak,23°C%35
Bending modulus-40°CMPa3800 3600
Bending modulus23°C2800 MPa
Bending modulus80°CMPa700 300
bending strength-40°C135 MPa
bending strength23°CMPa110 40.0
bending strength80°CMPa40.0 25.0
Compressive stress23°CMPa80.0 --
shear strength23°CMPa70.0 65.0
Taber abraser1000Cyclesmg3.00to4.00 --
thermal performanceTest ConditionTest MethodTest Result
Melting temperature225 ℃(℉)
thermal conductivity无水|0.18 Kcal/m·hr·℃
thermal conductivity3.5%水|- Kcal/m·hr·℃
Hot deformation temperature4.6kg/cm2ASTM D-695无水|182 °C
Hot deformation temperature4.6kg/cm2ASTM D-6953.5%水|- °C
Linear coefficient of thermal expansionASTM D-696无水|0.18 ×10-5cm/cm/℃
Linear coefficient of thermal expansionASTM D-6963.5%水|- ×10-5cm/cm/℃
Linear coefficient of thermal expansionASTM D-696无水|8 ×10-5cm/cm/℃
Melting temperature差示扫描测热计DSC225 °C
Hot deformation temperature0.45MPa,Unannealed°C182 --
Melting temperature°C225 --
Linear coefficient of thermal expansionMDcm/cm/°C8E-05 --
specific heatJ/kg/°C1900 --
thermal conductivityW/m/K0.25 --
UL-94 flame retardant gradeUL 94无水|V-2(1/32")
UL-94 flame retardant gradeUL 943.5%水|-
specific heat无水|0.46 Cal/g·℃
specific heat3.5%水|- Cal/g·℃
Physical propertiesTest ConditionTest MethodTest Result
densityASTM D792/ISO 11831.13
Water absorption rateASTM D570/ISO 621.8 %
Taber abraser1000g,CS-17ASTM D-1044无水|3-4 mg/1000次
Taber abraser1000g,CS-17ASTM D-10443.5%水|- mg/1000次
Shrinkage rateMD:1.00mm3%0.50-1.0 --
Shrinkage rateMD:3.00mm4%1.0-1.6 --
Water absorption rate23°C,24hr%1.8 --
Water absorption rateSaturation,23°C%11 --
Electrical performanceTest ConditionTest MethodTest Result
Volume resistivityASTM D257/IEC 6009310^12-13 Ω.cm
Arc resistance1/8ASTM D-495无水|121
Arc resistance1/8ASTM D-4953.5%水|-
Dielectric constant103HzASTM D-150无水|3.9
Dielectric constant103HzASTM D-1503.5%水|-
Dissipation factor106HzASTM D-150无水|0.03
Dissipation factor106HzASTM D-1503.5%水|-
Compared to the Leakage Traceability Index (CTI)UL 746无水|≤600 V
Compared to the Leakage Traceability Index (CTI)UL 7463.5%水|- V
Volume resistivityASTM D-257无水|1014-1015 Ω.cm
Volume resistivityASTM D-2573.5%水|1011-1012 Ω.cm
Dissipation factor103HzASTM D-150无水|0.06
Dissipation factor103HzASTM D-1500.06|-
Dielectric constant106HzASTM D-150无水|3.4
Dielectric constant106HzASTM D-1503.5%水|-
Dielectric constant50HzASTM D-150无水|4.1
Dielectric constant50HzASTM D-1503.5%水|-
Dielectric strength1/8ASTM D-149无水|20 KV/mm
Dielectric strength1/8ASTM D-1493.5%水|- KV/mm
Dissipation factor50HzASTM D-150无水|0.07
Dissipation factor50HzASTM D-1503.5%水|-
Volume resistivityohms·cm1.0E+14-1.0E+15 1.0E+11到1.0E+12
Dielectric strengthkV/mm20 --
Dielectric constant23°C,50Hz4.10 9.00
Dielectric constant23°C,1kHz3.90 8.00
Dielectric constant23°C,1MHz3.40 4.50
Dissipation factor23°C,50Hz0.070 0.10
Dissipation factor23°C,1kHz0.060 0.11
Dissipation factor23°C,1MHz0.030 0.13
Arc resistancesec120 --
Compared to the anti leakage trace indexCTIVPLC 0
hardnessTest ConditionTest MethodTest Result
Rockwell hardnessR-Sale,23°C119
Rockwell hardnessR-Sale,80°C80 --
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.