With many excellent characteristics of carbon fiber, the application range of carbon fiber is becoming wider and wider. From the 1950s, it was mainly used in cutting-edge sciences such as rockets, aerospace and aviation, and was widely used in sports equipment, textiles, chemical machinery and medicine in the 1980s. At the same time, with the emergence of high-performance and ultra-high-performance carbon fiber, its application range is becoming wider and wider, such as the A380, Boeing 777, and the new American main battle tank, where carbon fiber accounts for more than 15%. At the same time, with the popularization of carbon fiber processing technology, its application range has gradually involved civilian use since the 1980s.
So far, my country's various applications accounted for 30% of the demand for carbon fiber in sports, 10% in aviation, and 60% in industry. The higher the specific strength of the material, the smaller the weight of the component, and the higher the specific modulus, the greater the stiffness of the component. In this sense, it has predicted the broad application prospects of carbon fiber in engineering. A comprehensive look at a variety of emerging composite materials (such as Many people expect that the excellent properties of polymer composite materials, metal matrix composite materials, and ceramic matrix composite materials are entering an era in which carbon fiber materials are widely used in material applications from the steel age.
