3D Triaxial Carbon Fiber Woven Fabric for Sailboat Masts, Drones, Bicycles, and Automotive Parts
Lightweight, High-Strength Material for Demanding Applications
Our 3D Triaxial Carbon Fiber Woven Fabric is engineered with advanced weaving technology to deliver exceptional strength, durability, and dimensional stability. Its unique three-axis (0°, +60°, -60°) interlacing structure ensures superior resistance to multi-directional stresses, making it an ideal choice for high-performance applications such as sailboat masts, drone， frames, bicycle components, and automotive parts
Core Product Advantages
Product Details
Key Features and Benefits
This fabric combines lightweight properties with high mechanical performance, offering excellent resistance to fatigue, corrosion, and impact.
| Feature | Benefit | Application Example |
|---|---|---|
| Lightweight & Strong | Density of only 1.6-1.8g/cm³, stronger than steel yet significantly lighter, reducing overall weight. | Drone frames, automotive parts |
| High Modulus & Low Creep | Modulus up to 230GPa or higher, ensuring dimensional stability under long-term load. | Sailboat masts, robotic arms |
| Fatigue & Corrosion Resistance | Resists chemicals, acids, and alkalis, suitable for marine and harsh environments. | Marine components, automotive exteriors |
| Triaxial Structure Stability | Enhanced interlayer bonding and delamination resistance, with high damage tolerance. | Protective gear, structural safety components |
| Conductive & Thermal Properties | Offers electrical conductivity and thermal dispersion, useful for EMI shielding and static dissipation. | Electronic enclosures, battery boxes |
Why Choose 3D Triaxial Weaving?
Our triaxial weaving process differs from standard unidirectional or bidirectional fabrics by intertwining fibers in three different orientations (0°, 60°, -60°). This design greatly enhances the fabric’s ability to resist shear between layers and improves overall tear strength.
This makes it particularly suitable for critical structural components subjected to complex multi-directional stresses.
Technical Specifications
| Item | Parameter/Description |
|---|---|
| Fiber Type | High-strength (T700 grade or above) |
| Weave Pattern | Triaxial plain weave |
| Areal Weight | Customizable (common range: 200-500g/m²) |
| Thickness | Customizable |
| Fiber Orientation | Triaxial (0°, +60°, -60°) |
| Width | 1000mm-1600mm (customizable) |
| Color | Classic black |
| Packaging | Roll (customizable length) |
Note: The above are common specifications. We offer customization services to meet your specific application requirements, including areal weight, width, fiber type, and weave pattern.
Typical Applications
This versatile material is suitable for a wide range of high-end applications due to its exceptional properties.
- •Sailboats and Marine Equipment: Used in sailboat masts, rudder stocks, and hull reinforcements. Its high specific modulus and resistance to seawater corrosion ensure long-term durability in marine environments.
- •Drones and Aerospace: Ideal for drone fuselage frames, arms, and landing gears. The lightweight design greatly extends flight time, and the high rigidity provides the stability needed for smooth operation.
- •High-Performance Bicycles and Automotive Parts: Suitable for bicycle frames, handlebars, automotive engine covers, bumpers, and decorative parts. It effectively reduces weight while improving strength and impact resistance.
- •Industrial and Model Making: Widely used in robotic arms, industrial robots, high-end model car frames, helmets, and other industrial and consumer products that require high strength-to-weight ratios.
Frequently Asked Questions (FAQ)
1. What is 3D triaxial weaving? How is it better than plain or twill weaves?
3D triaxial weaving involves interlacing fibers in three directions: 0°, +60°, and -60°. Compared to traditional plain or twill (bidirectional) weaves, this material offers a notable increase in interlayer shear strength and impact resistance. This improvement helps minimize the chances of delamination, particularly in parts that are subjected to complex or demanding load conditions.
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2. Is this product suitable for vacuum infusion or hand lay-up processes?
Yes. This dry woven fabric is compatible with various composite molding processes, including vacuum infusion, hand lay-up, and compression molding. Compatibility testing with your chosen resin system is recommended for optimal results.
3. How do I determine the best areal weight and thickness for my needs?
This primarily depends on your product design, performance requirements, and molding process. Fabrics with higher areal weight generally offer greater strength and stiffness but also increase single-ply thickness. Our technical support team can provide selection advice.
4. Do you provide samples?
Yes, we provide samples for testing and validation. Please contact our sales team for more information on requesting samples.
Partner with Us for the Future
We specialize in carbon fiber materials and are committed to being your R&D and manufacturing partner, not just a supplier.
- •Customization Services: We support customization in fiber type, areal weight, width, and weaving angle to meet your specific needs.
- •Professional Technical Support: Our experienced team provides support in material selection, structural design, and process optimization.
- •Stable Supply Assurance: With a reliable production supply chain, we ensure consistent product quality and timely delivery.
Contact us today for the latest product information, quotation, and samples. Let our high-performance 3D Triaxial Carbon Fiber Woven Fabric help your next-generation products stand out!
