Description:
Carbon fiber is a kind of special fiber consisted of carbon element, which varies specification according to carbon content but generally over 90% on weight. Carbon fiber has the same performance as regular carbon, like high temperature resistance, anti-friction, electricity conductive, heat conductive and corrosion resistance. On the other side, it is different from regular carbon. It has unique qualities such as softness possible to be processed into all kinds of fabric. Generally speaking, crystallite has super options along the fiber axle, which makes it high tensile strength and tensile modulus along the fiber axle. The density of carbon fiber is very small so it has high specific strength and tensile modulus. It becomes to be the omnipotent in material family if the carbon fiber reinforced with plastics.
| Specifications |
Tensile strength (Mpa) |
Tensile modulus (Gpa) |
Linear density (g/m) |
Volume density
(g/cm3) |
Fiber diameter
(micron) |
Extension rate at break (%) |
Electric resistance (Ω /m) |
Packing |
| P3K |
> 3300 |
230-260 |
0.2 |
1.76 |
7 |
1.34-1.40 |
140-145 |
bobbin |
| P6K |
> 3300 |
220 |
0.4 |
1.76 |
7 |
1.34-1.40 |
65-70 |
bobbin |
| P12K |
> 3300 |
220 |
0.8 |
1.76 |
7 |
1.34-1.40 |
32-35 |
bobbin |
| P24K |
> 3300 |
220 |
1.65 |
1.76 |
7 |
1.34-1.40 |
22-25 |
Bobbin |