Latest Rare Earth Metals Import Trends

The volume of Chinese Rare Earth magnet exports to the USA fell 21% in the first half of 2025 when compared to same period in 2024. Why has this drop caused alarm when a larger drop in 2023 received less comment? The chart below, based on official US import data available at USITC Dataweb, reveals a striking pattern in US rare earth magnet import volumes that raises important questions for those interested in economic security and geopolitics. While Chinese export volumes fell by over 20% in the first half of 2025 (highlighted in red), this decline pales against the 31% volume drop witnessed in 2023. Looking back over the volume of Chinese exports of these magnets since 2015 reveals three critical insights. First, China's role as the dominant supplier, accounting for roughly 85-90% of US rare earth magnet import volumes across the 10-year period. Second, import volume volatility is the norm, not the exception—we've seen sharp increases (2018, 2021-2022) and decreases (2016, 2019-2020, 2023) in first-half year comparisons before. Third, the most severe volume reduction occurred in 2023, not 2025, raising uncomfortable questions about selective attention to trade disruptions. For those defence contractors and high-tech manufacturers dependent on such magnets these facts beg further questions. If firms survived the 2023 shock—a larger volume reduction in first-half imports—how did they adapt? Did they buy second hand magnets (if viable), diversify suppliers, reduce magnet intensity in products, or do something else? These survival mechanisms remain largely undocumented, certainly undiscussed. The policy implications are profound. Current discussions treat 2025's first-half volume reduction as an unprecedented exercise of Chinese geopolitical clout. But what if well-prepared firms have quietly developed resilience strategies or was there a demand shortfall in 2023 (if so, how was that possible?) Decision-makers should: • Deepen understanding of demand drivers for imported magnets  • Start documenting how firms adapted to prior downturns in import magnet volumes, in the USA and in other Western economies • Stop treating current disruptions as uniquely severe without benchmarking In the current climate of distrust—fanned by those jumping to conclusions about government intent--geopolitical tensions will intensify. Understanding how private enterprise actually responds to trade weaponisation—rather than how we assume it responds—becomes essential for the formulation of both corporate strategy and economic security policy. What adaptation strategies has your organisation employed during previous rare earth supply disruptions? #RareEarthMagnets #GlobalTrade #EconomicSecurity #Geopolitics #ChinaUSRelations #SupplyChainResilience #TradePolicy #CriticalMinerals #DefenceSupplyChains #IndustrialPolicy #GeopoliticalRisk #SupplyChainStrategy #TradeTensions #RareEarth David Bach Richard Baldwin Dr. Jens Hillebrand Pohl Ziad Haider Howard Yu

Everyone's chasing AI data centers. Almost nobody asks about the critical materials needed to make them run. The US just outmaneuvered the EU on a Brazilian rare earth mine. Three days before European officials arrived to negotiate, American officials put $465 million on the table and locked up all production through 2030. This isn't just a diplomatic win. It's a signal about where infrastructure investment is heading. -The Metals That Power AI- Everyone talks about data centers. Few talk about what's inside them. Neodymium magnets power the cooling fans and hard drives. Dysprosium makes those magnets heat-resistant under heavy loads. Gadolinium helps GPUs manage thermal stress. Lanthanum enables backup power systems. No rare earths, no AI infrastructure. It's that simple. -The Supply Chain Reality- China controls 70% of global rare earth mining and 85% of processing. That's not a supply chain. That's a chokepoint, especially for western countries. The Serra Verde mine in Brazil produces neodymium, praseodymium, terbium, and dysprosium—exactly the elements needed for permanent magnets in EVs, wind turbines, defense systems, and data centers. The US just secured it. The EU showed up too late. -Why This Matters for Investors- Data center demand is projected to consume 9% of US electricity by 2030, up from 3% today. Every facility needs thousands of pounds of specialized metals. But here's what most miss: the real estate play isn't just the data center. It's the entire supply chain upstream. Mining rights. Processing facilities. Transportation infrastructure. Storage and logistics near production sites. The $465 million DFC commitment to Serra Verde is equity and debt financing for a mine. That's infrastructure investment at the source. -The Allocation Question- Capital is flowing into AI infrastructure—data centers, power generation, cooling systems. That's obvious. Less obvious: the mining and processing assets that feed the entire ecosystem. Brazil holds the world's second-largest rare earth reserves at 21 million metric tons. They produced only 20 metric tons in 2024. That gap between reserves and production is where opportunity lives. -First Principles Thinking- Ask why AI infrastructure matters. The answer leads to compute. Ask why compute matters. The answer leads to chips. Ask why chips matter. The answer leads to materials. Follow the chain far enough and you end up at mines, processing facilities, and the real estate that supports them. The US government just demonstrated where they think strategic value lies. Worth paying attention. Who else is tracking rare earth positioning as an AI infrastructure play?

🚨 New Update: China now limits rare-earth export license extensions to six months 🚨 According to the Wall Street Journal, Beijing is capping rare‑earth export licenses for U.S. auto and manufacturing firms at just six months—even as part of a wider trade‑side framework discussed in London and Geneva . This move gives China a potent tool. The six‑month window signals that while licenses may get approved quickly once final sign‑off happens, leverage is very much retained—and uncertainty remains high . Why this matters: Shorter license terms = instability for U.S. industries that depend on rare earths for EVs, defense systems, and consumer electronics. Strategic bargaining becomes business as usual, as rare earths turn into geopolitical chips. U.S. supply chains need diversification now more than ever—alternative sources like Lynas, MP Materials, and increased recycling must be front and center . What we should be doing: ✅ Accelerate domestic capacity — ramp up mining, refining, recycling at scale. ✅ Lock in multi‑national partnerships — alliances in Australia, Europe, and within North America to secure supply continuity. ✅ Innovate in materials science — push R&D into rare‑earth alternatives, magnet technologies, and recycling infrastructure. Takeaway: This is a fresh reminder—supply chain strength isn’t just operational, it’s strategic. Let’s lean into resilience, invest in alternatives, and build for both business and national security. #SupplyChain #RareEarths #Resilience #EV #Defense #Innovation #StrategicMaterials https://lnkd.in/exkyJcWZ

📢 A new International Energy Agency (IEA) report on #rare #earths is out today! The analysis, developed to inform #G7 discussions, highlights growing mismatch between accelerating use of rare earths across a wide range of technologies and slow pace of supply diversification globally. Some key #findings: #Demand for magnet rare earths – notably neodymium, praseodymium, dysprosium and terbium – has doubled since 2015 and is projected to increase by more than 30% by 2030 Today, #China accounts for around 60% of global mined production of magnet rare earths, while its share of refining is above 90%. Its dominance is even starker in downstream segments, with almost 95% of permanent magnet production. #Export #controls introduced by China in 2025 led to significant short-term disruptions, highlighting the potential exposure of downstream industries. The report finds that, if such controls were fully implemented, up to $6.5 trillion of economic activity outside China could be at #risk each year, with automotive, electronics and other transport sectors heavily impacted. The report estimates that around $60 billion of #investment will be needed over the next decade to develop diversified supply chains. While significant, this investment is modest compared with the scale of potential economic losses associated with supply disruptions. The report notes that diversification is not simply a question of planning new projects. There is a broader #ecosystem challenge encompassing bottlenecks in technology, equipment, machinery and skills that must be addressed for projects to become competitive. Given the geographic distribution of resources, capabilities and industrial demand, no single country can build fully integrated value chains in isolation. Strengthened #international #cooperation will be essential. The report identifies 8 key #recommendations to secure and diversified rare earth supply chains 1️⃣ Understand rare earth #needs and risk exposure 2️⃣ Increase #preparedness for potential disruptions and establish a buffer to mitigate short-term supply risks 3️⃣ Adopt a whole supply chain and #ecosystem approach  4️⃣ Strengthen financial and policy support to #strategic #projects through supply- and demand-side measures 5️⃣ Promote #supply-side technology #innovation 6️⃣ Embrace #demand-side technology #innovation 7️⃣ Develop targeted policies to unlock the full potential of #recycling 8️⃣ Accelerate efforts to enhance price #transparency Read the full analysis https://lnkd.in/eqjHFGhc Congratulations to Amrita Dasgupta who led the analysis, and the whole team Éric Buisson, Shobhan Dhir, Alexandra Hegarty, Kentaro Miwa, Nicolas Moinier, Mari NISHIUMI, Joyce Anne Raboca and Sungmin Seo. It has been a great journey to work together on this project under the masterful guidance of Tae-Yoon Kim and Tim Gould

China’s leverage over the rare earths market is no longer theoretical - it's leading to aggressive premiums across the rest of the world. Nearly a year after export restrictions were introduced, the divergence between China and international markets continues to widen, with no sign of easing. For HREEs, that gap is now extreme: - Dysprosium (Dy) oxide prices on a CIF North America basis were 4.4x higher than EXW China prices in 2025 - European terbium (Tb) prices are showing a similar premium - New Benchmark data suggests this differential could almost double by 2027, with N.A. Dy prices reaching ~8.3x China levels This is no longer a short-term dislocation. It is structural bifurcation. As geopolitical uncertainty deepens and magnet producers move to secure critical inputs, pricing fragmentation is becoming embedded in the market. The implications are clear: ▶️ Higher input costs for ex-China magnet supply chains = ▶️ Reduced competitiveness for downstream manufacturing in North America, Europe and Japan = ▶️ Increased urgency for investment in alternative supplies As Benchmark Mineral Intelligence's George I. notes: “This raises input costs for magnet supply chains outside China, weakens the competitiveness of downstream manufacturing in regions such as North America, Europe and Japan, and strengthens the case for policy support, strategic stockpiling and ex-China supply chain investment.” The question now is not whether this gap persists but how wide it becomes, and how quickly industry and policymakers respond. Read the full analysis ➡️ https://lnkd.in/gWZZpcM5