1000mm High Tensile Strength CWT200-1000 Sports Goods

Fiber

Density (g/m²)

Fiber

Density (g/m²)

CWT120-1k

1K

60

1K

60

120

CWT200-3k

3K

100

3K

100

200

CWT280-3k

3K

140

3K

140

280

CWT360-6k

6K

180

6K

180

360

CWT450-12k

12K

225

12K

225

450

CWT640-12k

12K

320

12K

320

640

Fiber

Weight g/m2

Fiber

g/m2

CWT200

3K

100

3K

100

200

0.2

• Carbon Fiber Preparation: High-quality carbon fibers are first selected, which may be PAN-based, pitch-based, or viscose-based, with PAN-based being the most common. These fibers are then processed to ensure they are of the appropriate length, diameter, and quality for weaving.

• Weaving: The carbon fibers are woven into a twill pattern using specialized looms. The warp fibers are set up on the loom first, and then the weft fibers are interlaced with them in a diagonal pattern to create the twill weave. The tension and speed during the weaving process are carefully controlled to ensure the quality and uniformity of the fabric.

• Surface Treatment and Sizing: After weaving, the fabric may undergo a surface treatment to improve the adhesion between the carbon fibers and the matrix material (usually a resin) in composite applications. A sizing agent is also applied to protect the fibers from damage during handling and to enhance their compatibility with the resin.

• Finishing: The fabric may be further processed through steps such as cutting to the desired dimensions, edge sealing to prevent fraying, and sometimes additional treatments depending on the specific application requirements.

• Good Flexibility and Formability: The twill weave allows the fabric to have a certain degree of flexibility, making it easier to conform to complex shapes during the manufacturing process. It can be molded into various forms, which is essential for creating components with intricate designs, like the body panels of sports cars or the frames of bicycles.

• Corrosion Resistance: Carbon fibers are highly resistant to corrosion from a wide range of chemicals, including acids, alkalis, and salts. This makes Carbon Fiber Twill fabric suitable for use in harsh environments, such as marine applications where it can be exposed to saltwater, or in industrial settings with corrosive substances.

• Anisotropic Properties: Similar to other carbon fiber products, Carbon Fiber Twill fabric has anisotropic properties. Its mechanical properties vary depending on the direction. The strength and modulus are generally higher along the direction of the fibers (warp and weft directions) compared to the transverse direction. This characteristic allows designers to optimize the orientation of the fabric in composite materials to meet specific performance requirements.

Carbon Fiber Twill fabric is employed in the production of car body panels, spoilers, and interior trim pieces. It not only reduces the weight of the vehicle but also gives it a high-end and sporty appearance. In high-performance cars, it contributes to better acceleration, handling, and braking.

This fabric is widely used in the production of sports equipment like tennis rackets, golf clubs, and snowboards. Its strength and flexibility allow for the creation of products that offer better performance, control, and comfort to athletes.

Prevent carbon fiber Fabric 

From being exposed to sunlight for a long time. Long exposure to sunlight will make the surface of carbon fiber Fabric crack and fade, affecting the beauty and service life.

When storing carbon fiber Fabric

Attention should be paid to avoid humidity, high temperature and other environments. When storing carbon fiber Fabric, avoid humidity, high temperature and other environments, and keep dry and ventilated.