Carbon fiber is a widely used industrial material in internationally advanced industrial countries. This product is characterized by its light weight, high strength, high modulus, high temperature resistance, corrosion resistance, and fatigue resistance.

High strength and high modulus: It can reach several times the strength of steel. The tensile strength of carbon fiber can reach 3-4GPa, and its modulus can reach 200-400GPa.

Lighter weight: Carbon fiber has a relatively low density, approximately 1.6-1.8g/cm³, which is only about one-fourth of steel, making carbon fiber grid cloth characterized by lightweightness.

Corrosion resistance and fatigue resistance: Carbon fiber grid cloth possesses excellent corrosion resistance and fatigue resistance, able to maintain stable performance in various harsh environments for a long time.

Suitability for damp environments: Carbon fiber grid cloth has good crack resistance, especially suitable for damp environments such as water conservancy projects and basements.

Stability and durability: Carbon fiber grid cloth exhibits excellent stability and durability, able to maintain its performance unchanged for a long time, thus improving the safety and service life of structures.

Twill Carbon Fiber Fabric

Twill Carbon Fiber Fabric is characterized by its fibers arranged in a crisscross pattern with a 45-degree angle as the axis. Due to this special fiber arrangement, it exhibits higher strength and stiffness, making it suitable for applications that require high load-bearing capacity with lightweight and shape stability.

High Strength and High Modulus: Twill Carbon Fiber Fabric inherits the high strength and high modulus characteristics of carbon fiber as its base material. This allows it to exhibit excellent mechanical properties when subjected to external loads.

Light Weight: Carbon fiber itself has an extremely low density, and therefore Twill Carbon Fiber Fabric also possesses the characteristic of being lightweight. This lightweight feature is of great significance in fields such as aerospace and automobile manufacturing, as it can effectively reduce structural weight and improve fuel economy.

Durable and Abrasion-Resistant: Twill Carbon Fiber Fabric adopts a plain weave process, resulting in numerous interlacing points between fibers, multiple yarn bends, and short floats. This structural characteristic gives carbon fiber twill fabric good abrasion resistance, allowing it to maintain good performance under long-term use or high-load conditions.

Corrosion-Resistance: Twill Carbon Fiber Fabric has good corrosion resistance to acids, bases, salts, and most solvents, enabling it to maintain stable performance in harsh chemical environments.

High Temperature Resistance: Twill Carbon Fiber Fabriccan maintain stable performance in high-temperature environments and has high heat resistance.

Low Thermal Expansion Coefficient:Twill Carbon Fiber Fabric has a low thermal expansion coefficient, meaning that its size changes little with temperature variations, which is beneficial for maintaining structural stability.

Good Creep Resistance: Twill Carbon Fiber Fabric is resistant to permanent deformation under long-term loads and exhibits good creep resistance.

Good Conductivity: Twill Carbon Fiber Fabrichas good electrical conductivity and can be used in applications requiring conductivity.Twill Carbon Fiber Fabric

Low Water Absorption: Twill Carbon Fiber Fabric has low water absorption, which helps maintain its stability and reliability during use.

Good Radiation Resistance: Twill Carbon Fiber Fabric can resist the effects of radiation to a certain extent and maintain the stability of its properties.

Applications:

Building Reinforcement: Carbon fiber grid cloth is commonly used to reinforce concrete structures, masonry structures, and the like, such as for earthquake resistance and reinforcement of bridges, tunnels, water conservancy and hydropower projects, historical relics, and more.

Aerospace: In the aerospace industry, carbon fiber grid cloth is widely used in the manufacturing of aircraft components such as wings, fuselages, horizontal stabilizers, vertical stabilizers, and others due to its high strength and lightweight characteristics.

Automotive Manufacturing: In the automotive industry, carbon fiber grid cloth can be used to manufacture body parts, chassis, and other components, reducing the weight of the vehicle and improving fuel economy and handling performance.

Sports Equipment: Carbon fiber grid cloth is also widely used in the manufacturing of sports equipment such as golf clubs, tennis rackets, skateboards, and more. Its lightweight and high-strength characteristics can enhance athletes' competitive performance.

Fire Protection: Suitable for the production of high-end fire-resistant clothing for special industries such as military, firefighting, and steel mills.