Highlights
- Northern Jinlong's planned 5,000 metric ton separation facility replaces existing permitted capacity rather than adding new national supply
- China's strategy prioritizes processing flexibility across more elements, especially dysprosium and terbium, over raw production volume
- Feedstock chemistry remains the critical constraint: separating heavy rare earths requires heavy-rich concentrate, not light rare earth feedstock
- Magnet recycling could supplement feedstock, but collection costs and recovery economics limit scalability
- Western competitors face a narrowing window to develop comparable separation and specialty materials capabilities
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