Introduction of Nickel-plated carbon fiber

The nickel-plated carbon fiber is a highly conductive lightweight fiber material.

The fiber obtained after surface metallization treatment has greatly improved its electrical conductivity, while still maintaining the original mechanical strength Of the carbon fiber.

Compared with ordinary carbon fiber, the conductivity is increased by a bout ten times, and the weight is reduced by 50%-80% compared with metal materials.

Excellent electrical conductivity and electromagnetic shielding performance make nickel-plated carbon fiber an indispensable material in electromagnetic shielding, heating cables and Other fields. 

The electromagnetic shielding component made by combining with the resin system can effectively protect the electronic components.

Nickel-plated carbon fiber can improve the wettability between the carbon fiber and the metal matrix, increase the interface bonding strength of the metal matrix composite(MMC), reduce the thermal expansion coefficient, and improve dimensional stability.

After surface metallization treatment, carbon fiber can improve its conductivity dozens of times, making it an ideal filler for conductive plastics. Bannor adopts proprietary technology with independent intellectual property rights and has become a leading manufacturer of metallized carbon fibers in China, with product performance reaching the level of similar foreign products.

• The metal layer structure is dense and uniform

• Strong adhesion between metal and carbon fiber, without peeling after repeated cold and hot cycles

• Not damaging fibers, maintaining the original high mechanical properties of carbon fibers

• Excellent thermal and electrical conductivity, extremely low coefficient of expansion

• Extremely high electromagnetic shielding performance

Main Features:

-High purity nickel layer

-High conductivity

-Excellent EMC performance

-Light weight

-High mechanical strength

-Strong bonding force

Technical Parameters

Application

Nickel-plated carbon fiber has a great range of applications in small-size, large-capacity capacitors, magnetic films, electromagnetic shielding films, and the manufacture of various functional components.

Military, aerospace, automotive, electronics, machinery, chemical and other industries.