Carbon fiber felt
Carbon fiber surface felt is a non-woven carbon fiber felt made by wet forming method, which is made by cutting carbon fiber filaments and then thinning and dispersing them
Carbon fiber nickel plated surface felt
Specification: 5-60g/m ²
Carbon fiber surface felt
Specification: 5-60g/m ²
Glassfiber surface mat
Specification: 5-60g/m ²
Basalt surface felt
Specification: 5-60g/m ²
Aramid surface felt
Specification: 5-60g/m ²
Carbon fiber nickel plated surface felt
Nickel plated carbon fiber is a high-performance lightweight fiber material. A pure nickel metal outer layer with adjustable thickness, strength, and ductility can be coated on the surface of carbon fiber. Due to its drape, light weight, low cost, and high adaptability to complex shapes, nickel plated carbon fiber felt has a wide range of applications in electromagnetic shielding, heating cables, and other fields
Carbon fiber surface felt
Carbon fiber wet felt is a multifunctional lightweight non-woven material. Through a unique wet forming process, fixed length short cut PAN based carbon fibers are formed into randomly and uniformly arranged multi-layer microporous network structure fibers, which are overlapped and formed. Then, adhesive is applied to fix the fibers, providing a certain mechanical strength and surface toughness. By adjusting the adhesive formula and content, the bonding and compatibility of the felt in different resin systems can also be improved.
Glassfiber surface mat
Glass fiber surface felt has good resin permeability and compatibility, and can be applied to the rich resin layer of various fiberglass resin parts, improving the interlayer fluidity of resin, covering the spots and bundles in the reinforcement material, and providing a smooth, flat, and dense surface; Easy to further operate and enhance the adhesion of the adhesive coating. Suitable for various molding processes and main resin systems.
Basalt surface felt
Basalt fiber is made by melting and drawing natural basalt ore at high temperatures, with mechanical properties between glass fiber and carbon fiber. It is characterized by excellent chemical resistance, wide temperature range, and excellent electrical insulation and flame retardancy. Basalt fiber felt mainly utilizes the flame retardant and acid alkali corrosion resistance properties of fibers to improve the resistance of fiberglass products in extreme environments, and is used for pipeline leakage prevention and corrosion resistance layers. It can also be compounded with reinforced fabrics and is suitable for flame-retardant insulation structures in building materials.
Aramid surface felt
The aramid fiber wet felt produced using short cut Kevlar fiber (para aramid fiber PPTA) has extremely strong friction resistance. The high strength, high modulus, and high temperature resistance inherent in aramid fibers endow thin felt and molded resin parts with superior friction resistance and surface toughness.
