- Contact Person : Mr. Wu kevin
- Company Name : Suzhou Liangshuo Plastic Co., Ltd.
- Tel : 86-512-88960881
- Fax : 86-512-69215565
- Address : Jiangsu,Suzhou,South Gate, No. 218, Jinfeng South Road, Wuzhong District
- Country/Region : China
- Zip : 215000
Polycarbonate PC flame retardant V0
Our main businesses include modified and dyeing plastic particles
The modification include: flame retardant, glass fiber reinforce, mineral filling, toughening, antistatic, uvioresistant and so on.
07 A 10 - 0000(defalut to natural color)
PC percentage color
Modification | Model number |
A. Glass fiber reinforced GF | 07A10-0000 |
07A20-0000 | |
07A30-0000 | |
B. Flame retardant FR | 07B00-0000 |
C. GF&FR | 07C10-0000 |
07C20-0000 | |
07C30-0000 | |
D. reinforced &Toughened | 07D10-0000 |
07D20-0000 | |
07D30-0000 | |
E. Toughened | 07E00-0000 |
G. Antistatic | 07G00-0000 |
H. Anti UV | 07H00-0000 |
J. FR & Anti UV | 07J00-0000 |
Character: This series have high impact resistance and stiffness, good dimensional stability
good heat resistance.
The color of the granules depend on customer's requirement
Test Item | Test condition | Test method(ASTM) | Units | Test Data |
Melt flow rate | - | ASTM D-1238 | g/10min | 20-25 |
Specific Gravity | - | ASTM D-792 | G/cc | 1.2 |
Mold shrinkage | - | ASTM D-955 | Mm/mm | 0.005-0.007 |
Notch impact strength | - | ASTM D-256 | KJ/M2 | 60 |
Tensile strength at break | - | ASTM D-638 | MPa | 60 |
Flexural strength | - | ASTM D-638 | MPa | 80 |
Flexural modulus | - | ASTM D-790 | GPa | 2.37 |
Elongation at break | - | ASTM D-638 | % | 100 |
Heat deflection temperature | 0.45MPa | ASTM D-648 | °C | 125 |
Flammability | 1.55mm | UL 94 | - | V0 |
Application: Production of high strength and impact resistance of the components
Industrial parts: gears, racks, fasteners, screws,nuts, valve fittings, equipment enclosures ,safety helmets
Electronics : Household appliances, Insulation plugin, coil framework, terminals, plugs, gaskets,
controllet, socket, shell of motor.
Polycarbonate PC flame retardant V0