Highlights
- Over 40 presentations at China's Suzhou magnet forum covered NdFeB, SmCo, additive manufacturing, and AI-assisted magnet design
- Grain-boundary diffusion research aims to cut dysprosium and terbium usage per kilogram of finished magnet without sacrificing coercivity
- Cerium and lanthanum substitution for neodymium shows promise in select applications but involves trade-offs in strength and temperature performance
- Samarium-cobalt research targets high-temperature aerospace and defense magnets, signaling China's strategy extends well beyond NdFeB
- Western supply chains face compounding risk as China advances material efficiency and manufacturing yields simultaneously across multiple magnet types
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