As the "crown pearl" of the new material industry, the carbon fiber industry is a strategic and key area for high-tech competition. After many years of research, China has not only made new breakthroughs in the research and development of carbon fiber materials, its performance indicators have reached the international advanced level, but also achieved stable mass production of high-performance carbon fibers, providing powerful development for China's aerospace, transportation and other fields. Material support.

After the complex processes of polymerization, spinning, oxidation, and carbonization, these “black wires” that are being wound up are the latest generation of T1000 high-performance carbon fibers. Carbon fiber is a new type of high-strength fiber material. Its weight is one-fifth that of steel and its strength is five times that of steel. It not only has the characteristics of solids, but also the soft processability of textile fibers.

In recent years, the research on carbon fiber in China has achieved rapid development. The number of high-performance carbon fiber engineering research units has exceeded 40, but the production process has always faced many difficulties. After years of research, China's largest high-performance carbon fiber production line has achieved stable volume production, with an annual output of 5,000 tons of raw silk and 1,700 tons of carbon filament. Tested by authoritative institutions such as Beijing University of Aeronautics and Astronautics High-performance Carbon Fiber Inspection and Evaluation Center and National Carbon Fiber Engineering Center of Beijing University of Chemical Technology, its performance indicators have reached international advanced level such as T700, T800 and T1000.

Carbon fiber is combined with metal, resin, glass, ceramics and other basic materials to form high strength, light weight, and strong corrosion resistance. It is widely used in many fields such as aerospace, transportation, construction and medical care, and has become an influence on the future. Strategic new materials for the development of science and technology.