Carbon Fiber Fabric Twill Plain Weave for Car The Weight Is 90-600g

According to carbon fiber raw silk

1. PAN based carbon fiber cloth (over 90% of the market is made of this type of carbon fiber cloth)

2. Adhesive based carbon fiber cloth

3. Asphalt based carbon fiber cloth

Classified by carbon fiber specifications

1. 1K carbon fiber cloth

2. 3K carbon fiber cloth

3. 6K carbon fiber cloth

4. 12K carbon fiber cloth

5. 24K and above large fiber bundle carbon fiber cloth

Classified by carbon fiber carbonization

1. Graphitized carbon fiber cloth can withstand high temperatures of 2000-3000 degrees Celsius

2. Carbon fiber cloth can withstand high temperatures of around 1000 degrees Celsius

3. Pre oxidized carbon fiber cloth can withstand high temperatures of 200-300 degrees Celsius

Divided by weaving method

1. Woven carbon fiber cloth mainly includes plain weave cloth, twill weave cloth, satin weave cloth, unidirectional cloth, etc

2. Knitted carbon fiber fabric mainly includes: warp knitted fabric, weft knitted fabric, circular machine fabric (sleeve), horizontal machine fabric (ribbed fabric), etc

3. Woven carbon fiber cloth mainly includes: sleeve, packing, woven tape, 2D fabric, 3D fabric, 3D woven fabric, etc

4. Carbon fiber prepreg mainly includes: dry prepreg, wet prepreg, unidirectional prepreg, prepreg tape, no support fabric, support fabric, etc

5. Carbon fiber non-woven fabric, non-woven fabric, namely carbon fiber felt, carbon felt, including short cut felt, continuous felt, surface felt, needle punched felt, sewn felt, etc.

Application areas:

1. Aerospace: fuselage, rudder, rocket engine casing, missile diffuser, solar panels, etc.

2. Sports equipment: car parts, motorcycle parts, fishing rods, baseball bats, skis, speedboats, badminton rackets, etc.

3. Industry: engine components, fan blades, drive shafts, and electrical components, etc.

4. Firefighting: Suitable for the production of high-end fire-resistant clothing for special categories such as military, firefighting, and steel mills.

5. Architecture: Increased building load, changes in engineering functionality, material aging, concrete strength grade lower than design value