Established in December 2019, the Yangtze River Delta Advanced Materials Research Institute is headquartered in Xiangcheng District, Suzhou City, based on the materials section of Jiangsu Provincial Industrial Technology Research Institute, and jointly supported by Jiangsu Province and the Chinese Academy of Sciences, China Steel Research Technology Group and China Baowu Iron and Steel Group, aiming to build a new world-class R&D institution and a national materials innovation base in the field of materials. The Institute adopts a new management and operation mechanism, jointly coordinates leading enterprises, universities and research institutes in the field of structural materials, gathers many academicians and other top research teams at home and abroad, focuses on leading-edge technologies and key common technologies and application research and development in the materials industry, increases the source supply of major key technologies, creates a materials innovation center with concentrated innovation resources, open organization and operation, diversified governance structure and international influence It will also create a national innovation center with its core, and become the main platform for undertaking major national projects in the field of materials. In terms of platform construction. A total of 29 sets of equipment in the first phase of the materials analysis and characterization platform have been fully shared and opened to the public to provide analysis and testing services and R&D work. The total number of external service units has exceeded 300, and the total machine hours exceeded 20,000. The second phase of equipment procurement is progressing rapidly, with a budget of around 180 million RMB. The characterization platform has been certified by CMA, and the qualification of CNAS and NADCAP will be completed by the end of 2021. The first phase of the materials big data and application platform has been launched around key structural materials for the automotive industry. The instrumentation and characterization technology development platform has focused on developing analysis and characterization equipment corresponding to advanced analysis technology to realize comprehensive evaluation of component-level tissue properties for different service environments.

Exhibits

Aero-engine shrinkage model: the technology adopts seed crystal method + LMC liquid metal cooling highly directional solidification process method, compared with the traditional water-cooled directional solidification technology, the technology has high production efficiency, high yield rate, small crystal shift and primary dendrite spacing, excellent high temperature performance, etc. Flexible customized roll forming technology products: with roll forming as the manufacturing platform, in-line punching, cutting, laser welding, bending and other processes are integrated into one, realizing advanced manufacturing process with multi-process and multi-disciplinary crossover.