(0 °, 90 °) carbon fiber biaxial woven fabric
Applications
1. Aerospace: Fuselages, rudders, rocket engine casings, missile diffusers, solar cell panels, etc.
2. Sports Equipment: Automotive parts, motorcycle components, fishing rods, baseball bats, skis, speedboats, badminton rackets, etc.
3. Industrial: Engine parts, wind turbine blades, drive shafts, and electrical components, etc.
4. Fire Protection: Suitable for manufacturing special fire-resistant suits for the military, fire departments, steel mills, etc.
5. Construction: Reinforcement for buildings subject to increased service loads, functional changes, material aging, or concrete strength below design values.
Technical Data
| Grade | Weight (g/m²) | 0° Layer (g/m²) | +45° Layer (g/m²) | 90° Layer (g/m²) | -45° Layer (g/m²) | Stitching Thread (g/m²) | Material |
| CKLT300 | 306 | 150 | / | 150 | / | 6 | Carbon 12K |
| CKLT400 | 406 | 200 | / | 200 | / | 6 | Carbon 12K |
| CKLT600 | 606 | 300 | / | 300 | / | 6 | Carbon 24K |
| CKLT800 | 806 | 400 | / | 400 | / | 6 | Carbon 24K |
Biaxial carbon fiber fabrics are suitable for a wide range of composite reinforcement applications, from general carbon fiber parts such as automotive hoods, seats, and submarine frames, to high-temperature resistant carbon fiber molds in prepreg applications. This flat carbon fabric can be used inside products, placed between two layers of woven carbon fabric, to achieve a quasi-isotropic structure for the entire system.
