Tianjin University Of Technology

On April 16, Shenzhou 13 manned spacecraft successfully landed at Dongfeng landing site. Zhai Zhigang, Wang Yaping and ye Guangfu, astronauts of Shenzhou 13, successfully left the capsule and ended their "space business trip", marking a successful end to China's longest manned space flight so far. Behind this mission, we can't do without the escort of industrial textiles. Once again, China textile has demonstrated China's scientific and technological strength in the vast universe!

During the shenzhou-13 manned mission, many colleges and universities have made important contributions. The team of Professor Chen Li from the textile future technology research center of Tianjin University of technology uses a new generation of "Tiangong weaving technology" to guard the astronauts' way home.

In order to ensure the successful return of astronauts, Professor Chen Li led the team to break through a number of key technologies, and developed high-temperature multi-directional braided reinforcement materials for shenzhou-13 capsule. This kind of material can enhance the high temperature resistance of Shenzhou capsule, which can enhance the high temperature resistance of Shenzhou capsule, Make new contributions to the safe landing of astronauts.

The team of composite Research Institute led by Professor Chen Li has long been engaged in the basic research and technology development of multidimensional braided materials and their composites in the field of aerospace, relying on the national and local joint engineering research center of "high performance fiber and textile composite preparation technology", the Key Laboratory of the Ministry of education of the Ministry of education, and the Ministry of education The engineering research center of the Ministry of education and the Key Laboratory of textile industry have built a rapid response research platform for advanced textile composite materials integrating material design, multi-dimensional weaving, liquid forming and performance characterization. It has obvious characteristics and advantages in the three-dimensional weaving of complex shaped composite components, and its scientific and technological achievements have reached the international advanced level, and won two second-class national science and technology awards Five provincial and ministerial science and technology awards were awarded, and the multi-directional braided reinforcement materials were successfully applied to the return module of "Shenzhou 7" to "Shenzhou 13".

The flying dream will never lose weight, and the tension of science dream is infinite. Tianjin University of technology textile first-class discipline will always be guided by the "double first-class" construction, facing the major strategic needs of the country, continuously strengthening scientific research and tackling key problems, and continuously contributing "Tiangong power" and "Tiangong program" to China's aerospace industry!

China Textile Industry Association