Carbon fiber twill fabric
Applications
1. Increasing the load-bearing capacity of buildings;
2. Structural modification and functional upgrades;
3. Addressing material aging issues;
4. Strengthening concrete with strength grades below design specifications;
5. Structural crack repair and treatment;
6. Repair and protection of components operating in harsh environments;
7. Other uses: sports equipment, industrial products, and many other fields.
Technical Data Sheet:
| Grade | Weight (g/m²) | Density (end/cm) - Warp | Density (end/cm) - Weft | Fiber Count - Warp | Fiber Count - Weft | Weave Pattern |
| CWT200 | 200 | 5 | 5 | 3K | 3K | Twill Weave |
| CWT245 | 245 | 6.1 | 6.1 | 3K | 3K | Twill Weave |
| CWT320 | 320 | 4 | 4 | 6K | 6K | Twill Weave |
This product features the following advantages:
1. Lightweight and easy to install, adding very little weight to the base material.
2. Flexible and easy to cut, suitable for structures of all shapes, with excellent adhesion to reinforced concrete surfaces.
3. Thin profile, easy to layer.
4. High tensile strength and flexibility, delivering the same reinforcement effect as steel plates.
5. Acid, alkali, and corrosion resistant, suitable for use in harsh environments.
6. Compatible epoxy resin impregnating adhesive (our company’s matching epoxy adhesive is recommended) offers excellent penetration, simple application, and short curing time.
7. Non-toxic and odorless during construction.
8. Carbon fiber sheets have an extremely high tensile strength, equivalent to 10–15 times that of ordinary steel.
