According to the public account of Everbright on August 12, in order to accelerate the development and industrial application of high-performance carbon fiber composites, Everbright and Shenzhen University are jointly carrying out systematic research on high-mold high-strength fibers, fast-curing resins, carbon fiber composites, and integrated molding processes. The two sides have jointly been approved for major technical research projects in Shenzhen, and related research results are gradually being introduced into the fields of physical intelligence and consumer electronics. Carbon fiber composites have the characteristics of light weight, high strength, and high mold. In the past, they were mainly used in aerospace, high-end equipment, etc. As material systems and molding processes continue to mature, their application is rapidly expanding to terminal products such as intelligent robots, AI PCs, folding screen phones, and VR/AR devices.

According to the public account of Everbright on August 12, in order to accelerate the development and industrial application of high-performance carbon fiber composites, Everbright and Shenzhen University are jointly carrying out systematic research on high-mold high-strength fibers, fast-curing resins, carbon fiber composites, and integrated molding processes. The two sides have jointly been approved for major technical research projects in Shenzhen, and related research results are gradually being introduced into the fields of physical intelligence and consumer electronics. Carbon fiber composites have the characteristics of light weight, high strength, and high mold. In the past, they were mainly used in aerospace, high-end equipment, etc. As material systems and molding processes continue to mature, their application is rapidly expanding to terminal products such as intelligent robots, AI PCs, folding screen phones, and VR/AR devices.