Core Viewpoint - The company announced advancements in the development of heavy rare earth-free magnetic materials, highlighting two main technological pathways for achieving high-performance materials [1] Group 1: Technological Pathways - The first pathway involves formula design and process optimization to develop high-performance heavy rare earth-free magnetic materials [1] - The second pathway utilizes grain boundary diffusion technology to infiltrate elements such as praseodymium, neodymium, copper, and gallium into the surface of magnetic materials to achieve high performance [1] Group 2: Product Development - The company has successfully achieved mass production of the N50SH material, while the N52SH material is currently undergoing small batch verification [1] - Future research and development efforts will focus on other high-performance grades of heavy rare earth-free materials to continuously promote product technology upgrades [1]
英思特：在无重稀土技术路径上，公司N50SH材料已实现量产