Carbon fiber veil

Carbon fiber surface felt is also called carbon fiber wet felt. It is made of thin fiber felt using a new wet molding process. It has uniform fiber distribution, smooth surface, high air permeability and strong adsorption. It is a multi-functional lightweight non-woven material. Shape structure, through a unique wet forming process, fixed-length chopped PAN-based carbon fibers form a randomly and evenly arranged multi-layer microporous network structure. After the fibers are overlapped and formed, an adhesive is applied to fix the fibers to provide a certain degree of mechanical strength and surface toughness. By adjusting the adhesive formula and glue content, the bonding and compatibility of the felt in different resin systems can also be improved. In the field of sports and leisure and composite materials, it can solve the bubble and pinhole phenomena on the surface of the product and fill the mesh of the carbon fiber cloth so that the surface of the carbon fiber product will not be exposed and the appearance will be more uniform and beautiful, which can effectively reduce labor costs. The wet carbon fiber felt produced by Shenghe is characterized by low weight - it can be customized as low as 4g/㎡, ultra-light and ultra-thin felt with excellent dispersion effect.

Carbon fiber surface felt has the characteristics of good electrical conductivity, fast penetration speed, uniform fiber distribution, special corrosion resistance and high strength. Its properties can be widely used in chemical anti-corrosion, aviation, aerospace, sports equipment and other fields. It can also be used in electrostatic shielding, heating materials, and automobile manufacturing. Carbon fiber veil is suitable for pipes, tanks, tanks and seawater corrosion resistant to various concentrated acids and alkali corrosion. Especially used for storage tanks that are resistant to hydrofluoric acid and nitric acid. The storage tanks can also be used to filter corrosive gases or liquids. Carbon tissue has conductive properties and is ideal for manufacturing fuel cells and heating elements Material.