Category
Woven Carbon Fiber Fabric – Durable, Flexible for Composites & Reinforcement
Carbon Fiber Fabric – High-Performance Reinforcement Material




Our carbon fiber fabric is a lightweight, high-strength composite material engineered for industrial, aerospace, automotive, and DIY applications. With exceptional tensile strength and corrosion resistance, 3k carbon fiber fabrics for structural reinforcement, prototyping, and performance upgrades.
Benefits:
3.Global Shipping: Rolls/cut sheets available (1m–100m lengths).
Model | Fiber Type | Tow Size | Grammage(g/m²) |
T300 | Standard PAN-based | 1K, 3K, 6K | 100–200 |
T700 | High-strength PAN | 12K | 200–400 |
T800 | PAN-based high strength | 6K, 12K, 24K | 145-300 |
IM7 | Intermediate modulus | 6K, 12K | 170–350 |
AS4 | Standard modulus | 3K, 12K | 300–600 |
Pattern type | Structural characteristics | Application scenarios |
|---|---|---|
Plain | 1:1 interweaving of warp and weft yarns, with a smooth surface and high stability | Appearance components, high-precision structural components |
Twill | 2 × 2 or 4 × 4 interwoven, with good flexibility and strong shear resistance | Curved surface forming, automotive components |
Satin | The warp and weft yarn has a long floating length, a smooth surface, and good coverage | Aerospace composite materials, complex mold parts |
UD | Unidirectional arrangement of fibers, extremely high unidirectional strength | Load bearing structures such as beams and poles |
Multi axial fabric | Multi layer fiber stitching at different angles (such as 0 °/90 °/± 45 °) | Wind turbine blades, boat shells |

Industrial & Structural Applications of 3K Carbon Fiber Fabric:
3K carbon fiber fabric (3,000 filaments per tow) is the industry standard for heavy-duty reinforcement, offering an optimal balance of strength, flexibility, and cost efficiency. Its 2×2 twill weave provides multidirectional load distribution, making it ideal for:
A. Infrastructure Reinforcement
1. Concrete Beam/Column Strengthening: Used as CFRP wraps to restore aging structures (e.g., bridges, parking garages) with 70% higher tensile strength than steel at 1/4 the weight. Compatible with epoxy resins for seismic retrofitting.
2. Underground Pipe Repair: Solves corrosion in oil/gas pipelines by laminating 3K fabric with vinyl ester resin, resisting H₂S and saltwater degradation.
3. Wind Turbine Blades: Layer between fiberglass to reduce weight while maintaining stiffness, improving energy efficiency by 8–12%.
B. Heavy Industry & Energy
1. Chemical Storage Tanks: Linings prevent acid/alkali erosion in industrial
2. Pressure Vessels: Wrapped around CNG/LPG tanks to reduce weight and meet DOT/ISO standards.
3.Mining Equipment: Reinforces conveyor belts and drill arms exposed to abrasive wear.
High-Performance & Consumer Applications:
The 3K twill weave’s signature checkerboard pattern combines aesthetics with functionality, preferred for visible, precision components:
A. Automotive & Aerospace
1. Aftermarket Car Parts: Hoods, diffusers, and spoilers (saves 40% weight vs. aluminum). Heat-resistant up to 300°C when coated with high-temp epoxy.
2. Drone/UAV Frames: 3K’s balanced stiffness-to-weight ratio prevents vibration-induced failures in long-endurance drones.
3. Aircraft Interiors: FAA-approved for non-structural cabin panels and storage bins (meets FAR 25.853 flammability standards).
B. Marine & Recreational
1. Boat Hulls: Used as a secondary layer over fiberglass to impact resistance (30% increase vs. pure fiberglass).
2. Surfboard: Edge wraps prevent delamination in saltwater environments.
3. Bicycle Frames: Custom lug reinforcements for carbon bike joints.
C. DIY & Niche Uses
1. Luxury Goods: Watch dials, phone cases, speaker cones for premium texture.
2. Robotis: Frames and robotic arm skins (3K’s flexibility allows curved layups).





Summary:When working with carbon fiber fabric, especially high-performance materials like 12k carbon fiber fabric 400gsm and carbon fiber fabric 6k, precision is key. To achieve the best results, a carbon fiber fabric cutting machine is essential for accurately shaping the carbon fiber fabric without fraying or waste. Whether you're using forged carbon fiber fabric for its unique aesthetic or traditional carbon fiber fabric 6k for structural applications, the right glue for carbon fiber fabric ensures strong, durable bonds.
For projects requiring layered carbon fiber fabric, the carbon fiber fabric cutting machine guarantees clean edges on both 12k carbon fiber fabric 400gsm and lighter carbon fiber fabric 6k. When bonding layers, the glue for carbon fiber fabric must be carefully selected to match the weight and weave, whether it’s forged carbon fiber fabric or standard carbon fiber fabric.
Repeatability is crucial, so always rely on the carbon fiber fabric cutting machine for consistent cuts across 12k carbon fiber fabric 400gsm and carbon fiber fabric 6k. The glue for carbon fiber fabric then ensures seamless integration, whether you're working with forged carbon fiber fabric or other variants. By combining these tools—carbon fiber fabric cutting machine, glue for carbon fiber fabric, and high-quality materials like 12k carbon fiber fabric 400gsm and carbon fiber fabric 6k—you can achieve professional results every time.
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