In addition to light weight and high strength, the corrosion resistance of unidirectional carbon fiber fabrics is also better than traditional metal materials.

Carbon fiber is a graphite crystal-like microcrystalline structure formed by high-temperature graphitization at 2000-3000°C. This structure itself has strong resistance to medium corrosion. In addition, carbon fiber is a non-metallic material with low electrochemical activity, and its excellent properties such as elastic modulus and strength in some acid-base salts are basically unchanged. Therefore, as a structural reinforcement material, unidirectional carbon fiber has sufficient guarantee in corrosion resistance. The corrosion resistance of carbon fiber can be divided into many types. For example, in the natural environment, resistance to the sun and radiation is called weather resistance. There are also some high-humidity environments, such as sea water and fresh water immersion, which can be called water resistance, and of course, resistance to chemical media.

In practical applications, there are differences in the corrosion resistance of carbon fiber, because carbon fiber is generally not used alone, but is fused with a matrix such as resin to form a carbon fiber composite material. Then a variety of factors such as the fused matrix will affect the corrosion resistance of carbon fiber. Working hours in different environments and in different environments will also cause different corrosion resistance performance of carbon fiber composites. But overall, the corrosion resistance of carbon fiber is still better than other materials. 

A big feature of carbon fiber reinforcement and steel plate reinforcement, in addition to being light, is that the steel plate is easily corroded or affected by the external environment.

Moreover, Horse can customize high temperature resistant adhesives and low temperature resistant structural adhesives, which can better ensure the corrosion resistance of carbon fiber.

With the development of carbon fiber applications, in many harsh working environments, the corrosion resistance of carbon fiber materials has won more and more application opportunities for them.