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Congo Graphitized carbon fiber

Product features: High carbon content and purity, excellent thermal stability, high strength, high modulus, good electrical and thermal conductivity, good chemical stability. Application industries: Aerospace, nuclear energy, electronics and new energy, precision instruments, high-temperature insulation materials in the friction industry, manufacturing high-temperature furnace linings, high-temperature furnace tubes.

Tel: +86 135 9774 9636 (Mr. Feng)

E-mail: 1079460237@qq.com

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Product Description

Product Features:

High carbon content and purity, excellent thermal stability, high strength, high modulus, good electrical and thermal conductivity, good chemical stability.

 

Application Industries:

Aerospace, nuclear energy, electronics and new energy, precision instruments, high-temperature insulation materials in the friction industry, manufacturing high-temperature furnace linings, high-temperature furnace tubes.

 

The role of adding graphitized carbon fiber to brake pads:

Enhancing thermal stability and resistance to thermal degradation: The high thermal stability of graphitized carbon fiber helps improve the performance stability and resistance to thermal degradation of brake pads under extreme braking conditions.

Optimizing friction performance: Due to its unique layered structure and high conductivity, it may help adjust the friction coefficient of the brake pads, maintaining suitable braking effects under specific working conditions.

Improving thermal conduction: The high thermal conductivity of graphitized carbon fiber may help in the rapid distribution and transfer of heat within the brake pads, reducing local overheating and extending the lifespan of the braking system.

Enhancing mechanical properties: As a reinforcing filler, graphitized carbon fiber may improve the mechanical strength and wear resistance of brake pads, especially in composite brake pads.

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