Shandong University And The Institute Of Chemistry Of The Chinese Academy Of Sciences Signed The T1000 Ultra High Performance Carbon Fiber Cooperation Agreement.

Shandong University and the Institute of chemistry of the Chinese Academy of Sciences signed T1000 grade super high performance.

Joint development agreement.

Zhang Rong, President of Shandong University and Wang Dujin, Party Secretary of the Chinese Academy of Sciences, attended the signing ceremony.

Zhang Rong thanked the Chinese Academy of Sciences for its support for the carbon fiber engineering and technology research center of Shandong University for a long time.

He said that Shandong University carbon fiber engineering technology research center is the provincial engineering technology research center. After more than 20 years of development, the center has established a strong research team with Professor Wang Chengguo and Professor Zhu Bo as academic leaders, and formed a complete "production, learning and research" research and development mechanism.

T1000 grade high performance carbon fiber is a high-performance fiber urgently needed by the state. It is jointly developed by the mountain carbon fiber engineering technology research center and the Institute of chemistry of Chinese Academy of Sciences. It can complement each other, support each other and tackle key problems together, so as to solve the needs of the country.

Shandong University will continue to support the development of Shanda carbon fiber engineering technology research center and the comprehensive cooperation between the research center and the Institute of chemistry of the Chinese Academy of Sciences, in order to contribute to the development of the mountain carbon fiber business and serve the country better.

Wang Dujin said he was delighted to return to his alma mater as an alumni and have the opportunity to cooperate with his alma mater.

The Institute of chemistry of Chinese Academy of Sciences is the first unit to develop carbon fiber in China. Currently, it has a research team based on Xu Jian researcher as an academic leader.

Based on basic research, the team collaborate with the carbon fiber engineering and technology research center of Shandong University to carry out deep integration of engineering technology and science and technology, and jointly develop high-performance carbon fibers.

The Institute of chemistry of the Chinese Academy of Sciences will actively support the cooperation of the school and make a solid and stronger China's carbon fiber business.

Xu Jian, deputy director of the Chinese Academy of Sciences and Li Yong, director of the technology pfer center of Shandong University, respectively signed the joint development agreement on behalf of both sides.

Professor Wang Chengguo, director of the carbon fiber engineering research center of Shandong University, chaired the signing ceremony.

Relevant personnel of the Chinese Academy of Sciences chemistry, responsible person of the Party committee and headmaster's office of Shandong University, and related personnel of the carbon fiber engineering and technology research center of Shandong University attended the signing ceremony.

The carbon fiber engineering technology research center of Shandong University is a provincial research center. Its main research fields include the development of PAN high performance raw silk technology, high-strength carbon fiber production equipment and preparation technology development, and carbon fiber composite products.

The center hosted 863 projects, including 5 related items, 973 related projects, 3 National Natural Science Funds, 1 international cooperation projects, 3 major military projects, and a total of nearly 100 projects in Shandong Province, Provincial Natural Science Fund, provincial Doctoral Fund and horizontal joint development project.

The center has been authorized nearly 30 patents, and has won a number of provincial and ministerial awards, forming a large number of carbon fiber related autonomy.

And established a complete production and research system, nearly 60% projects have been industrialized, and achieved economic and social benefits.