ISSN:1000-8365 CN:61-1134/TG
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Lightweight ADI Expands into New Application Areas
Author of the article:YANQidong1,2, GONG Xudong3, GONG Wenbang1,4, LIU Jincheng1
Author's Workplace:1. ADI Committee, China Foundry Association, Beijing 100048, China; 2. Yuzhou Henglilai Advanced Materials Co., Ltd., Yuzhou 452500, China; 3. Changjian Foundry Industry, Kunshan 215124, China; 4. School of Mechanical Engineering &Automation, Wuhan Textile University, Wuhan 430200, China
Key Words:renewable energy; emission reduction; lightweight; ADI; new application areas
Abstract:
The world is undergoing profound changes in energy and technology. Countries are vigorously developing new sustainable energy sources and technologies. Renewable energy sources encompass various technologies, such as wind turbines, solar energy, nuclear energy and bioenergy. Additionally, emerging technology fields include new energy vehicles, robots, and artificial intelligence devices, among others. The renewable energy industry and the implementation of new technologies necessitate the development and adoption of new equipment and components. Austempered ductile iron (ADI) is renowned for its unique microstructure and superior properties. By utilizing ADI, lightweight and innovative castings can be designed to not only reduce weight but also save energy and decrease emissions. More importantly, these castings enhance the efficiency and reliability of new energy equipment and emerging technology installations. This paper describes the development, applications, and future prospects of lightweight and innovative ADI castings within sectors such as solar photovoltaic, wind power generation, industry robots, and trucks in China.