China’s Rare Earth Chokehold!

Key Concepts

• Rare Earth Elements (REEs): A group of 17 metallic elements crucial for modern technology, including electronics, electric vehicles, and renewable energy.
• Supply Chain Dominance: China's strategic control over the extraction, refining, and manufacturing of rare earth magnets.
• Geopolitical Leverage: China's use of rare earth exports as a tool to exert influence in international relations and trade disputes.
• Export Controls and Licensing: China's system of regulating the export of critical materials, providing insight into foreign supply chains and enabling selective enforcement.
• Strategic Stockpiling: China's practice of accumulating industrial inputs to ensure resilience against potential trade hostilities.
• Substitution and Diversification: Efforts by other nations and companies to find alternative materials and sources to reduce reliance on China.
• Circular Economy: The shift towards recycling and reusing materials to create more sustainable supply chains.
• Just-in-Time Manufacturing: A production strategy that prioritizes efficiency by minimizing inventory, now being re-evaluated in favor of resilience.
• Trade Uncertainty: The ongoing volatility and unpredictability in trade relations between the US and China.

US-China Trade Relations: A Temporary Truce on Rare Earths and Chips

This summary details the recent agreement between Donald Trump and Xi Jinping to delay export controls on rare earths and computer chips for one year, following months of escalating trade tensions. While Trump declared the meeting a success, the deal is largely viewed as a win for China, as the US conceded to linking its high-tech export restrictions with China's rare earth export restrictions.

Agreement Details and Market Impact

• Delayed Export Controls: A one-year moratorium on export controls for rare earths and computer chips was agreed upon.
• Fentanyl Tariffs: The 20% US tariff on fentanyl was put on hold.
• Shipping Industry Tariffs: Tit-for-tat levies on each other's shipping industries were also addressed.
• Market Reaction: Markets reportedly experienced relief, though underlying tensions persist. Economists described the agreement as "sketchy" and "temporary."
• Tariff Rate Adjustment: With the fentanyl tariff on hold, the average US tariff rate on Chinese goods decreased to 31%, making production in China more attractive compared to tariffs on goods from Brazil (50%) and Canada (35%).

The Strategic Importance of Rare Earth Elements

Rare earth elements (REEs) are a group of 17 metallic elements essential for a wide range of modern technologies.

• Key Applications:
  • Electric motors (e.g., in electric vehicles, wind turbines)
  • Smartphones
  • Airplanes
  • Fiber optic networks (crucial for internet and telecommunications)
  • Medical imaging equipment
  • Missile guidance systems
  • Jet engines
• Demand Drivers: While military applications exist, the primary demand stems from civilian industries like electronics, automotive, energy, and telecommunications. Electric cars require six times the mineral inputs of conventional cars, and wind plants require nine times more minerals than gas-fired plants.
• Technical Properties: Neodymium magnets, made from rare earths, are small, powerful, and efficient, ideal for miniaturization and energy reduction. REEs are also used to dope glass fibers in fiber optic cables, enabling long-distance signal amplification without degradation.
• China's Dominance: China has spent decades building dominance in REE production and refining, now using this as leverage.

China's Dominance in Rare Earth Production

China's control over the rare earth industry is a result of strategic investment and a willingness to accept environmental costs.

• Historical Context: The US was a dominant producer from the 1960s to the 1980s, largely due to the Mountain Pass mine in California. This mine shut down in 2002 due to environmental issues, cheaper Chinese imports, and compliance costs.
• US Efforts to Revive Production:
  • The Mountain Pass mine was revived in 2012 and taken over by MP Materials in 2017.
  • The US government acquired a 15% stake in MP Materials for $400 million to build a domestic supply chain.
  • Apple committed $500 million to source American-made rare earth magnets and build a recycling facility at Mountain Pass.
• China's Strategic Investment: From the 1990s, China strategically invested in the industry, offering lower costs and fewer environmental constraints, while US production declined due to environmental regulations and outsourcing.
• Current Market Share: China supplies around 80% of the world's rare earths and handles over 90% of the refining. It also manufactures nearly all rare earth magnets.
• Vertical Integration: China's supply chain, from ore to finished components, is vertically integrated and geographically concentrated.
• Geopolitical vs. Economic Motivation: China's dominance is seen as more strategic than purely economic, as selling rare earths is not highly profitable. The US spends significantly more on avocado imports than on rare earths.

China's Rare Earth Export Control Strategy

China's export licensing system is a key tool in its trade strategy, providing it with significant geopolitical leverage.

• Licensing System:
  • Since 2023, licenses cover over 700 products, including rare earths and manufacturing equipment.
  • Licenses are typically for 6 months and require detailed disclosures about buyers, intended use, and final products.
  • Exporters may be required to collect technical documentation or proprietary information from customers.
• Data Collection and Insight: The licensing process allows Beijing to gain insight into foreign supply chains, track demand, identify stockpiling, and monitor re-export activities.
• Selective Enforcement: Licenses can be delayed or withheld, creating uncertainty without formal bans. German firms have received more approvals than American counterparts, and Indian buyers have faced longer delays.
• Mimicking US Regulations: This approach mirrors the US Foreign Direct Product Rule, applying restrictions to goods produced outside China if they rely on Chinese inputs or know-how.
• Restricting Technical Expertise: China has also banned the export of rare earth processing technology and requires rare earth firms to register technical staff and collect their passports, limiting their ability to travel abroad.

Historical Precedents and Warnings

China's use of rare earths as a trade weapon has historical precedents.

• 2010 Japan Embargo: During a maritime dispute with Japan, China cut off rare earth exports, causing production halts. Japan eventually released arrested Chinese fishermen, and China resumed shipments. This led Japan to stockpile, invest in alternative sources, and redesign products, reducing its dependence on Chinese rare earths from 90% to around 60%.
• WTO Ruling: The US, EU, and Japan jointly challenged China's export restrictions at the WTO, which ruled against China in 2014.
• Deng Xiaoping's Foresight: In 1987, Deng Xiaoping stated, "While the Middle East has oil, China has rare earths," foreshadowing its leverage.
• 2019 Huawei Blacklisting: Following the US blacklisting of Huawei, Xi Jinping toured a rare earth processor, interpreted as a threat to restrict exports to the US. Chinese state media issued warnings like, "Don't say we didn't warn you."
• "Assassin's Mace": In Chinese political discourse, rare earths are referred to as a "strategic resource," "national treasure," and an "assassin's mace" – an asymmetric trade capability.

Broader Geopolitical and Economic Implications

The rare earth standoff has wider implications beyond the US and China.

• Global Impact: Europe, India, Japan, and other manufacturing economies are affected.
• Dutch Chip Maker Nexperia: The Dutch government temporarily took control of Nexperia due to governance concerns and national security risks, with fears of intellectual property being shifted to China. Nexperia's chips are widely used in European industries.
• China's Strategic Stockpiling: Beijing has been stockpiling industrial inputs like oil, natural gas, iron ore, bauxite, and copper, accelerating in early 2024 in anticipation of a potential Trump victory. This aims for strategic insulation against renewed trade hostilities.
• China's Economic Challenges: Despite these pressures, the confrontation with the US has strengthened Xi Jinping's domestic position by framing economic challenges as foreign hostility, rallying public support and justifying tighter political control.
• China's Self-Sufficiency Push: The trade war has accelerated Beijing's drive for self-sufficiency and reduced reliance on foreign technology and materials.
• China's Confidence: China's strong exports, outperforming US stock markets (in dollar-adjusted terms), and progress in its domestic tech sector contribute to its confidence.

The Global Response: Substitution, Recycling, and Resilience

The global response to China's rare earth dominance is shifting from rhetoric to action.

• Incentives to Adapt: Supply shocks create incentives for adaptation. Companies are exploring ways to reduce their exposure to Chinese rare earths.
• Substitution:
  • BMW and Renault have developed electric vehicles with externally excited motors that do not require rare earth magnets.
  • ZF Group has developed a magnet-free motor with comparable performance.
  • Startups are experimenting with new materials like iron and nitrogen for magnets.
• Recycling:
  • A facility in France is being built to process rare earth magnets from scrap.
  • A Canadian company is developing plants to recover REEs from discarded electronics.
  • Apple is partnering with MP Materials for rare earth recycling.
• Stockpiling and Reserves: Japan has built strategic reserves, and a bunker in Frankfurt houses 300 tons of rare earths.
• Rebuilding Domestic Manufacturing: The Pentagon's investment in MP Materials is part of a US effort to rebuild domestic manufacturing.
• Prioritizing Resilience: Companies are reassessing the "just-in-time" model and prioritizing resilience over efficiency, leading to increased inventory and redundant supply chains.

Conclusion: A Fragile Truce with Unresolved Structural Issues

The agreement between Trump and Xi has paused the immediate crisis but has not resolved the underlying conflict.

• Temporary Nature of the Deal: The agreement is explicitly temporary, with key provisions expiring in a year. Past meetings have not yielded lasting deals.
• China's Strategic Logic: For a relatively small loss in export revenue, China can inflict significant disruption on foreign industries.
• Risks for China: The more China uses rare earths as leverage, the more it encourages others to find alternatives, potentially eroding its dominance.
• Unresolved Structural Issues: China's industrial policy, push for technological self-reliance, and use of trade as a geopolitical instrument remain in place. The US continues to use tariffs and export controls unpredictably.
• Fragile Relationship: The overall relationship remains fragile, with the next disruption potentially just one political decision away.