3K carbon fiber plate

3K carbon fiber plate is a kind of advanced material with high strength and low density, which is widely used in aerospace, automobile, sporting goods and other fields. The sheet is based on a woven fabric containing 3,000 carbon fibers, impregnated with thermoplastic resin.

In the aerospace field, 3K carbon fiber plate is widely used in the production of aircraft parts, such as fuselage, wings, flaps, etc., because of its lightweight and high-strength characteristics. Compared with traditional metal materials, 3K carbon fiber plate has more excellent tensile strength and stiffness, while maintaining low weight, so that the aircraft is not only more energy saving and environmental protection, but also can improve the sailing speed and flight height.

In the automotive field, 3K carbon fiber plates are widely used in the body, chassis and other components of high-end sports cars and other models. By using 3K carbon fiber plates compared with traditional steel materials, the car can achieve a better balance in weight and strength, thus achieving better handling performance and acceleration performance. In addition, 3K carbon fiber plates also have better corrosion resistance, longer service life and a more futuristic sense of technology.

In the field of sporting goods, 3K carbon fiber plates are often used to make high-performance bicycle frames, golf clubs, tennis rackets and so on. Compared with traditional metal materials, 3K carbon fiber plates have better vibration resistance, more tensile strength and rigidity, thus providing athletes with better control and more accurate performance. Similarly, 3K carbon fiber plates can provide sufficient strength while reducing weight, making it easier for athletes to convert power shots into ball kinetic energy, thereby improving athletic performance.

In short, 3K carbon fiber plate is a high-performance advanced material with a wide range of application prospects, which can help manufacturers achieve higher standards in the performance and appearance of products, while bringing more environmental protection, energy saving, and technological user experience.