Carbon fiber multiaxial fabrics are engineered textiles composed of multiple, unbonded layers of continuous carbon fibers. Each layer, or 'ply,' is aligned in specific directions—such as 0°, +45°, -45°, or 90°—and stitched together with a lightweight thread. This deliberate orientation creates a high-strength, lightweight reinforcement that can efficiently handle complex multi-directional loads in composite structures, eliminating the need for labor-intensive manual layups of individual unidirectional layers.
- ±45° Multiaxial Fabrics
Fabrics engineered with a ±45° fiber orientation provide outstanding resistance to shear and torsional forces, making them ideal for applications dominated by these stresses, such as wind turbine blade skins and marine hulls.
- 0/90° Biaxial Fabrics
Fabrics with a 0/90° biaxial orientation deliver balanced strength in two perpendicular directions and provide uniform stiffness, making them perfect for structural panels in automotive and aerospace applications (e.g., body parts and interior flooring).
- Customizable Orientation
Multiaxial carbon fiber fabrics are specifically designed with tailored fiber orientations to meet distinct mechanical and structural requirements.
Technical Parameters
Code | Overall density | +0°Roving Density | +45°Roving Density | +90°Roving Density | -45°Roving Density | Polyester | Material |
CBX150 | 150 | / | 75 | / | 75 | 6 | 12K |
CBX200 | 200 | / | 100 | / | 100 | 6 | 12K |
CBX300 | 300 | / | 150 | / | 150 | 6 | 12K |
CBX400 | 400 | / | 200 | / | 200 | 6 | 12K/25K |
CBX600 | 600 | / | 300 | / | 300 | 6 | 12K/25K |
CLT150 | 150 | 75 | / | 75 | / | 6 | 12K |
CLT200 | 200 | 100 | / | 100 | / | 6 | 12K |
CLT300 | 300 | 150 | / | 150 | / | 6 | 12K |
CLT400 | 400 | 200 | / | 200 | / | 6 | 12K/25K |
CLT600 | 600 | 300 | / | 300 | / | 6 | 12K/25K |
CQX800 | 800 | 200 | 200 | 200 | 200 | 6 | 12K/25K |
CQX1000 | 1000 | 250 | 250 | 250 | 250 | 6 | 12K/25K |
CQX1200 | 1200 | 300 | 300 | 300 | 300 | 6 | 12K/25K |
| Model | Orientation | Base Carbon Fiber | Linear Density (g/km) | Areal Weight (g/m²) | Layer Areal Weight (g/m²) | Ply Angle | Stitch | Width (mm) | Roll Length (m) |
|---|---|---|---|---|---|---|---|---|---|
| GXFPN12K-J200G | +45° / -45° biaxial (non-crimp) | GX400-12K | 800±20 mg/m | 200±10 | 97±5 / 97±5 | ±2° | Chaining (pillar) | Customized (±5) | Customized (0–1) |
| GXFPN12K-J300G | +45° / -45° biaxial (non-crimp) | GX400-12K | 800±20 mg/m | 300±10 | 147±5 / 147±5 | ±2° | Chaining (pillar) | Customized (±5) | Customized (0–1) |
| GXFPN25K-J300G | +45° / -45° biaxial (non-crimp) | GX400-25K | 1600±50 mg/m | 300±10 | 147±5 / 147±5 | ±2° | Chaining (pillar) | Customized (±5) | Customized (0–1) |
| GXFPN12K-J600G | +45° / -45° biaxial (non-crimp) | GX400-12K | 800±20 mg/m | 600±10 | 297±5 / 297±5 | ±2° | Chaining (pillar) | Customized (±5) | Customized (0–1) |
| GXFPN25K-J600G | +45° / -45° biaxial (non-crimp) | GX400-25K | 1600±50 mg/m | 600±10 | 295±5 / 295±5 | ±2° | Tricot | Customized (±5) | Customized (0–1) |
| GX40025K-PN400 | +45° / -45° biaxial (non-crimp) | GXT400-25K | 1600±50 mg/m | 400±12 | 197±6 / 197±6 | ±2° | Chaining (pillar) | 1,270 standard (±5) | Customized (0–1) |
| GX40035K-PN600 | +45° / -45° biaxial (non-crimp) | GXT400-35K | 2100±50 mg/m | 600±20 | 297±10 / 297±10 | ±2° | Chaining (pillar) | 1,270 standard (±5) | Customized (0–1) |
| Model | Orientation | Base Carbon Fiber | Linear Density (g/km) | Areal Weight (g/m²) | Layer Areal Weight (g/m²) | Ply Angle | Stitch | Width (mm) | Roll Length (m) |
|---|---|---|---|---|---|---|---|---|---|
| GXFPN12K-J300G | +45° / -45° biaxial (non-crimp) | GX400-12K | 800±20 mg/m | 300±10 | 147±5 / 147±5 | ±2° | Chaining (pillar) | Customized (±5) | Customized (0–1) |
| GXFLT12K-J400G | 0° / 90° biaxial (non-crimp) | GX400-12K | 800±20 mg/m | 400±10 | 195±5 / 195±5 | ±2° | Tricot | Customized (±5) | Customized (0–1) |
| GXFPN25K-J600G | +45° / -45° biaxial (non-crimp) | GX400-25K | 1600±50 mg/m | 600±10 | 295±5 / 295±5 | ±2° | Tricot | Customized (±5) | Customized (0–1) |
- Compared to international brands (e.g., Toray, Hexcel), what are the advantages of JiLin's carbon fabric?The main advantages are high cost-effectiveness, a stable domestic supply chain, and prompt local technical support. Its large-tow products perform comparably to international brands but offer greater advantages in cost and supply stability, making them particularly suitable for large-scale industrial applications.
- How is the batch-to-batch consistency and stability of the products?Batch consistency is one of JiLin's core strengths. Thanks to its full in-house control from precursor to fabric, the company implements a strict quality management system, ensuring highly consistent performance across different batches to meet the stringent demands of industrial production.
