Material Comparison
Product Info
Product Name
Brand Name
Usages
Properties
Certificates
POM FU2025 KEP KOREA
KEPITAL®
Automotive sector、Electronic data processin、Mechanical components、Industrial components
Antichemical、Creep resistance、High impact resistance、Thermal stability、Weather resistance、Medium to high viscosity
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Plastic Datasheets
physical property
Test Condition
Test Method
Unit
POM/KEP KOREA/FU2025
density
ASTM D792, ISO 1183
g/cm³
Water absorption rate
Equilibrium,23℃,60%rh
ASTM D570
%
0
Mechanical performance
Test Condition
Test Method
Unit
POM/KEP KOREA/FU2025
tensile strength
Yield,23℃
ASTM D638
Mpa
tensile strength
Yield,23℃
ISO 527-2
Mpa
tensile elongation
Break,23℃
ISO 527-2
%
tensile elongation
Break,23℃
ASTM D638
%
3
Bending modulus
ASTM D790/ISO 178
kg/cm²(MPa)[Lb/in²]
1
Bending modulus
23°C
ASTM D790
Mpa
Bending modulus
23°C
ISO 178
Mpa
1
bending strength
23°C
ISO 178
Mpa
bending strength
23°C
ASTM D790
Mpa
bending strength
ASTM D790/ISO 178
kg/cm²(MPa)[Lb/in²]
6
Charpy notch impact strength
ISO 179/1eA
kJ/m²
1
Impact strength of cantilever beam gap
3.20mm
ASTM D256
J/m
2
Thermal performance
Test Condition
Test Method
Unit
POM/KEP KOREA/FU2025
Thermal distortion temperature
1.8MPa,未退火
ASTM D648
°C
Thermal distortion temperature
1.8MPa,未退火
ISO 75-2/A
°C
Linear coefficient of thermal expansion
flow,20 to 80°C
ASTM D696
cm/cm/°C
Electrical performance
Test Condition
Test Method
Unit
POM/KEP KOREA/FU2025
Surface resistivity
ASTM D257, IEC 60093
ohms
Volume resistivity
ASTM D257, IEC 60093
ohm·cm
Other performance
Test Condition
Test Method
Unit
POM/KEP KOREA/FU2025
Relative temperature index under impact conditions
0.8mm
°C
50.0
U
Relative temperature index of electrical properties
0.8mm
°C
50.0
U
Relative temperature index without mechanical properties
0.8mm
°C
50.0
U
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