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Material Comparison

Product Info
Product Name
Brand Name
Usages
Properties
Certificates
PC FR6005 901510 COVESTRO SHANGHAI
Makrolon® 
Electronic and electrical
Easy to demould、Impact resistance、Aging resistance
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Plastic Datasheets

physical property
Test Condition
Test Method
Unit
PC/COVESTRO SHANGHAI/FR6005 901510
Specific gravity
ISO 1183
kg/m3
1
Melt index
300°C 1.2kg
ISO 1133
cm3/10min
9
Vertical shrinkage rate
ISO 2577
%
0
Shrinkage rate flow
ISO 2577
%
0
Mechanical performance
Test Condition
Test Method
Unit
PC/COVESTRO SHANGHAI/FR6005 901510
Simply supported beam notch impact -10 ° C
ISO 179
kJ/m²
5
Impact of simply supported beam gap at 23 ° C
ISO 179
kJ/m²
6
Simply supported beam notch impact -30 ° C
ISO 179
kJ/m²
2
Anti puncture 23 ° C
ISO 6603
J
5
Anti puncture -30 ° C
ISO 6603
J
5
Maximum puncture resistance at 23 ° C
ISO 6603
N
5
Maximum puncture resistance -30 ° C
ISO 6603
N
6
Tensile modulus
0mm/min
ISO 527
Mpa
2
Tensile strength fracture 50mm/min
ISO 527
Mpa
6
Tensile strength yield 50mm/min
ISO 527
Mpa
6
Elongation fracture 50mm/min
ISO 527
%
5
Elongation fracture 50mm/min
ISO 527
%
1
Elongation yield 50mm/min
ISO 527
%
6
Bending modulus 2.0mm/min
ISO 178
Mpa
2
Bending strength 2.0mm/min
ISO 178
Mpa
9
Cantilever beam notch impact -10 ° C 3.0mm
ISO 180
kJ/m²
5
Cantilever beam notch impact at 23 ° C 3.0mm
ISO 180
kJ/m²
6
Cantilever beam notch impact -30 ° C 3.0mm
ISO 180
kJ/m²
1
Thermal performance
Test Condition
Test Method
Unit
PC/COVESTRO SHANGHAI/FR6005 901510
Ball pressure test
ISO 11359-2
°C
1
Hot deformation temperature 0.45MPa
ISO 75
°C
1
Hot deformation temperature 1.8MPa
ISO 75
°C
1
Vicat softening temperature 120 ° C/hr 50N
ISO 306
°C
1
Vicat softening temperature 50 ° C/hr 50N
ISO 306
°C
1
Vertical coefficient of linear expansion 23~55 ° C
ISO 11359
cm/cm/°C
0
Linear expansion coefficient flow 23~55 ° C
ISO 11359
cm/cm/°C
0
Electrical performance
Test Condition
Test Method
Unit
PC/COVESTRO SHANGHAI/FR6005 901510
CTI solution A
IEC 60112
V
2
Surface resistance
IEC 60093
Ω
4
Volume resistance
IEC 60093
Ω.m
9