Continuous Carbon Fiber Reinforced Nylon 66 LFT

Due to its excellent tribological properties, nylon plastics are mainly used to make friction parts in dry friction or low-lubrication situations, and are used to replace copper, aluminum, titanium alloys, steel and other metal materials1. Monomer casting (MC nylon has a higher degree of polymerization and higher crystallinity than ordinary nylon. It has excellent physical and mechanical properties.Compared with metal materials, MC nylon has lower strength and modulus, and poor heat resistance. It is difficult to bear heavy Loading. Continuous fiber-reinforced polymer nylon LFT materials can improve or improve polymer properties such as stiffness, strength, heat resistance, thermal expansion properties, tribological properties, etc.

As the carbon fiber content increases, the impact strength of CCF / MCPA increases. This is because the impact energy consumption of fiber-reinforced composite materials is mainly used for fiber break work, fiber extraction, debonding and formation of fibers when they are damaged by impact. New surface, plastic deformation of base material, etc.

The increase of the carbon fiber content in the CCF / MCPA composite material means that the number of drawn and broken fibers increases, thereby increasing the consumption of surface energy, friction work and breaking work, which increases the impact strength of CCF / MCPA.