10g Carbon Fiber Surface Mat/Ultra-thin High Performance Thermally Conductive Carbon Fiber Cloth

This product is a lightweight material with excellent thermal conductivity, which is widely used in electronic equipment heat dissipation, thermal management and high-performance structural parts. The material uses 10 grams/square meter ultra-thin carbon fiber cloth, which has excellent thermal conductivity, high temperature resistance and mechanical strength, and can effectively improve the heat dissipation efficiency of the equipment and maintain the stable operation of electronic components. Its ultra-thin design makes it suitable for applications with limited space, especially for high-end technology products that require high thermal conductivity and lightweight.

PREV：Grey 20g Abrasion-Resistant Carbon Fiber Surface Felt NEXT：No next product

01Specification 02Inquiry

Material	carbon fibre
Specification	10g/sqm Function: conductive, thermal conductivity, corrosion resistance
Compressive strength	standard
Scope of application	military, fuel cell

About Us Jiangsu Zeyusen Carbon Fiber Technology Co., Ltd.

Jiangsu Zeyusen Carbon Fiber Technology Co., Ltd. is China 10g Carbon Fiber Surface Mat/Ultra-thin High Performance Thermally Conductive Carbon Fiber Cloth Suppliers, we Wholesale 10g Carbon Fiber Surface Mat/Ultra-thin High Performance Thermally Conductive Carbon Fiber Cloth Factory, we founded in September 2015, it is in Nantong City, Jiangsu Province. Production base distribution: Nantong and Taizhou, Jiangsu. Zeyusen is a comprehensive enterprise engaged in R&D, production, and sales. Our company also relies on the strong technical strength of the Chinese Academy of Sciences, China Southern Glass Institute, and various universities, and has deep roots in high-performance carbon fiber materials; it continues to forge ahead, has professional technical personnel, advanced laboratories, and R&D centers, and continues to provide domestic and foreign customers with special specifications of glass fiber and carbon fiber products.