How Is The Thickness Of The Carbon Fiber Cloth Calculated?

In recent years, the carbon fiber cloth industry has developed very rapidly, especially the composite material made of carbon fiber can greatly enhance the strength and toughness of the composite material, and it is a good solution to the reinforcement and reinforcement without increasing the weight of the building. problem. According to the national standard, carbon fiber cloth can be divided into two types: 300g (0.167mm) and 200g (0.111mm). Many people who do reinforcement have a question about the thickness of carbon fiber cloth. For example, why is the thickness of 300g carbon fiber cloth 0.167mm? The thickness of the 200gg carbon fiber cloth is 0.111mm? In fact, it is very simple, the density of carbon fiber ρ=1.8g/cm3, thickness=gram weight/density, so the thickness of 300g carbon fiber cloth: 300g/m2 divided by 1.8g/cm3=0.167mm, the thickness of 200g carbon fiber cloth: 200g/m2 Divide by 1.8g/cm3=0.111mm; this will make you understand.

Carbon fiber cloth started from the earliest aerospace applications to sporting goods and mechanical products. In recent years, as a new substitute for concrete structural reinforcement materials, it has been widely used in buildings, highways, railway bridges and bridge piers, tunnels and earthquake resistance. Reinforcement project is in progress.

Carbon fiber cloth has the advantages of high tensile strength and light unit weight. It is a new type of high-performance reinforcement material in the engineering reinforcement industry. The use of this material on the building structure can greatly improve the strength of the structure, and at the same time, it can also enhance the seismic resistance of the structure. Carbon fiber cloth needs to be used in conjunction with carbon fiber glue to strengthen it. Use carbon fiber glue to bond carbon fiber cloth and concrete and other substrates together to improve the strength, earthquake resistance, and aging resistance of the structure. In addition, the carbon fiber cloth itself is light in weight and tough, and can be used to wrap components of different shapes, and it can also be used in a small space. For example, it can be used when building bridges, or when you see some complex shapes that need to be reinforced.