PAN fiber are the chemical precursors of carbon fibers. PAN is first thermally oxidized in air at 230 °C to form oxidized PAN fibers, which are then carbonized in an inert atmosphere at temperatures above 1000 °C to make carbon fibers
The twill carbon fiber cloth has an oblique pattern that has a certain angle with the arrangement direction of the carbon fiber bundle. There is no carbon fiber bundle in the direction of the pattern.
The plain weave carbon fabrics are that the warp and weft are interwoven in a regular pattern, is mainly used for, aerospace, sports equipment, industry, fire protection, reinforcement.
The advantages of using carbon fiber biaxial fabrics are more prominent, and composite products with light weight, high strength, and better mechanical properties can be obtained.
Carbon fiber building reinforcement fabric is a modern structural material composed of carbon fiber and resin. It is constructed on the construction site through wet paving or heat curing paving
This 3k 200gsm carbon fabric is mainly used for interior layer, the raw material is Hexel 3K carbon fiber filament, so the strength of the carbon fabric is stronger than normal carbon fabric.
Spread carbon fabric can achieve a very beautiful appearance while ensuring the strength of the carbon fabric and saving the amount of carbon fiber. weave/pattern/web locked carbon fabric.
5X5 Twill 3k T300 carbon fiber prepreg composed by 60% Carbon Fiber, 40% resin, and it is necessary to keep it refrigerated during transportation and storage.
Hybrid Fabrics are made from more than two different fiber materials (carbon fiber, aramid fiber, kevlar, basalt fiber, glass fiber and other composite materials) from the composite