Dysprosium
Risks
Dysprosium Supply Risks and Vulnerabilities
Dysprosium faces a high supply risk rating driven by 98% production concentration in China, processing bottlenecks, and growing demand pressures from neodymium-iron-boron permanent magnets and nuclear reactor control rods.
Supply Risk
High
Overall rating
Top Producer Share
98%
China
Recycling Rate
1%
Secondary supply
Criticality
High
Geographic Concentration Risk
Dysprosium production is extremely concentrated, with China controlling approximately 98% of global output. This near-monopoly position creates acute vulnerability to country-specific disruptions. The full list of major producers includes China, Myanmar, Australia.
Geopolitical and Trade Risks
The geopolitical landscape for Dysprosium is shaped by trade tensions, export restrictions, and resource nationalism. As a high supply risk material, Dysprosium trade flows are particularly vulnerable to geopolitical disruption. Producing countries may leverage supply dominance for strategic advantage, while consuming nations respond with diversification and stockpiling policies.
Historical Risk Events
The Dysprosium market has experienced the following notable disruptions and developments:
Dysprosium prices surged from ~$120/kg to over $2,500/kg during Chinas rare earth export crisis; the most extreme price spike of any rare earth element
WTO ruling forced China to remove export quotas; prices stabilized but Chinas dominance of heavy REE production persisted
China signaled possible rare earth export restrictions during US-China trade war; dysprosium prices jumped 30% on speculation
Japan and EU launched joint research programs on dysprosium-free permanent magnets, with some promising laboratory results
China imposed export controls on rare earth separation and magnet manufacturing technologies, preventing Western companies from replicating Chinese processing know-how
Grain boundary diffusion technology adoption accelerated, reducing dysprosium usage per magnet by 30-50% in new EV motor designs
Demand-Supply Imbalance Risks
Growing demand driven by neodymium-iron-boron permanent magnets and nuclear reactor control rods is expected to strain existing supply capacity. The long lead times for new mining projects (typically 10-20 years) mean supply responses are inherently delayed. With only 1% end-of-life recycling, secondary supply provides limited relief.
Risk Mitigation Strategies
Strategies to mitigate Dysprosium supply risks include geographic diversification (4 tracked projects outside China), recycling infrastructure development, substitution research, strategic stockpiling, and diplomatic resource partnerships. The high criticality of Dysprosium makes comprehensive risk mitigation a priority for government and industry.
More on Dysprosium
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Uses & Applications
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Supply Chain
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Mining & Processing
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Refining & Grade Specs
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Recycling
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Substitutes
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