Specification: 3mm, 6mm, 9mm
After surface nickel plating and metallization treatment, the conductivity of carbon fiber can be improved by tens of times, making it an ideal filler for conductive materials.
Nickel plated carbon fiber 12k, with a Ni content of 47.8%.
The nickel plating layer on the surface of carbon fiber monofilament is uniform and does not peel off after repeated thermal cycles; The composite of nickel layer and thermoplastic composite material exhibits excellent electromagnetic shielding performance; As an additive for powder metallurgy materials, it improves strength, plasticity, and thermal stability.
Application scenarios: powder metallurgy, electromagnetic shielding, conductive plastic film, magnetic film, supercapacitor, electrode current collector.
| Coating thickness um |
Conductivity S/cm |
Tensile strength MPa |
Density g/cm ³ |
Monofilament diameter um |
Number of yarn strands |
| 0.3um |
8.5X10³ |
4900 |
2.6 |
7.7 |
12000 |
Performance Comparison Table,
| Technical indicators |
Company |
international standard |
Actual measurement data |
| Shielding effectiveness |
dB |
65 |
65 |
| Surface resistance |
Europe |
4.5 |
4.5 |
| impact strength |
J/m |
60 |
60 |
| tensile strength |
MPa |
4900 |
4912 |
| Impact testing |
hr |
|
72 |
| Light resistance test |
Hr |
|
500 |
Main characteristics
Good low-frequency shielding performance
The oxidation weight loss temperature can reach up to 750 degrees Celsius
Excellent thermal and electrical conductivity
● Maintain the original high mechanical properties of carbon fiber
application area
● Supercapacitors ● Magnetic thin films
● Electromagnetic shielding film ● Functional components
The electromagnetic protection composite material prepared by metal coated (nickel Ni) carbon fiber has strong functional design, high system integration, simple formation of complex structural components, good mechanical properties, and is easy to mass produce. It is a material for electromagnetic protection composite materials. The conductivity of metal coated (nickel Ni) carbon fibers is basically equivalent to that of nickel metal itself, and the electromagnetic shielding performance of the prepared electromagnetic protection composite material is high. And it is widely used in small supercapacitor capacitors, magnetic thin films, electromagnetic shielding films for electronic devices, and the manufacturing of various functional components.
