Australia's Lynas has achieved mass production of heavy rare earth elements—what impact will this have on the global rare earth industry landscape?

The logic is straightforward: Before China’s reform and opening-up, did you export refined rare earths? Where did other countries source their rare earths back then? Rare earth mining and refining are neither new nor high-tech fields; establishing an industrial chain and accumulating production experience takes time—but not an excessively long time. This difficulty level is entirely different from independently developing and manufacturing advanced chips. Lynas originally shut down its mine due to environmental concerns; now, pressured by supply-chain restrictions, it has restarted operations—but its refining is conducted in Malaysia, not on Australian soil. Below is Lynas’ stock performance over the past year. Its current sales data are modest (similar to other U.S. rare earth companies), yet capital is investing real money in its future prospects: Not only Lynas, but multiple industry players are making major moves. For instance, U.S.-based USAR recently acquired Serra Verde Group—the only operating rare earth producer in Brazil. Following the merger, the combined entity has achieved full vertical integration—from mining to magnet production—with total capacity reaching 17,100 tonnes per year. The company’s stock performance over the past year: U.S. MP Materials’ heavy rare earth separation facility is nearing commissioning. Its dysprosium/terbium (Dy/Tb) separation circuit has officially announced commencement of commissioning in Q2 2026—signaling MP’s planned entry into the heavy rare earth separation sector, a domain nearly monopolized by Eastern suppliers. The company’s stock performance over the past year: Both Lynas and MP are on my watchlist; USAR’s market surge is even more dramatic—I simply hadn’t noticed this company earlier. These are all highly volatile stocks. It’s prudent to allocate a small, well-timed position to capture potential high-volatility returns—but they won’t constitute a core holding.

Australia’s Lynas saw a 70% surge in rare earth exports in Q1—could its ramped-up capacity undermine China’s export advantage?

On March 26, Lynas signed a Framework Agreement with South Korea’s LS Eco Energy to build a rare earth metal processing facility in Vietnam, producing neodymium-praseodymium (NdPr), samarium (Sm), dysprosium (Dy), and terbium (Tb) metals. Lynas is currently surveying potential investment sites in Vietnam. LS Eco Energy CEO Sang-Ho Lee told Reuters the Vietnamese plant is scheduled to commence operations in Q4 2026. In July 2025, Lynas signed a Memorandum of Understanding (MoU) with South Korean permanent magnet manufacturer JS Link to establish a magnet manufacturing facility adjacent to Lynas’ Advanced Materials Plant in Gebeng, Malaysia, commencing operations in 2026 and producing up to 3,000 tonnes of sintered NdFeB permanent magnets. In August 2025, Lynas signed a binding agreement deepening cooperation with Noveon Magnetics—the sole U.S. producer of sintered rare-earth permanent magnets. Under this agreement, Lynas and Noveon will jointly build a fully independent ‘mine-to-magnet’ supply chain, completely decoupled from China’s rare earth supply chain. Collectively, these initiatives mark Lynas’ solid progress toward vertical integration—extending further downstream along the value chain, transforming from a pure rare earth oxide producer into a metal and magnet manufacturer. These developments indicate that, as expansion projects mature, Lynas has successfully overcome its capacity bottlenecks and is better positioned to meet robust market demand for magnet-grade rare earths. IV. Lynas’ sharp rise in rare earth exports poses a highly significant substitution threat to China’s rare earth exports. From January to March 2026, Lynas exported 3,233 tonnes of rare earth oxides and 1,996 tonnes of NdPr oxides. Readers may find these figures abstract—until compared directly with China’s export volumes: According to China Customs statistics, in March 2026, China exported 4,110.7 tonnes of rare earths—a 27.5% year-on-year decline and a ~300-tonne month-on-month decrease. The average export price stood at USD 11.6/kg—up 42.3% YoY and surging 104.6% MoM. From January to March 2026, China’s total rare earth exports reached 14,579 tonnes (+2.8% YoY); export value totaled USD 1.163 billion (−9.0% YoY). The average export price was USD 7.98/kg (−11.5% YoY). Lynas’ average selling price for rare earth oxides in this quarter was AUD 84.60/kg (USD 60.72/kg), up 67% YoY. Since January 2026, terbium prices have risen over 20%, dysprosium similarly, and NdPr oxide prices have climbed 25%—reflecting tightening Chinese export supply and pricing terms embedded in recent share-purchase agreements. Australia’s rare earth oxide export prices significantly exceed China’s—firstly due to price-protection clauses in contracts with U.S. and Japanese buyers, and secondly because Australia’s export mix contains several times more heavy rare earths than China’s, resulting in structural price premiums. Looking specifically at NdPr oxide, China’s Q1 average export price approached USD 130/kg—only about 10% lower than Lynas’ export price. In Q1, Australia’s rare earth export volume amounted to roughly 22% of China’s—exceeding one-fifth.

Lynas Rare Earths to Acquire Meteoric Resources for A$968 Million

Oct 1, 2026

Lynas Rare Earths agreed to acquire Meteoric Resources for A$968 million, securing the Caldeira rare earth project in Brazil. This acquisition diversifies Lynas' resource base outside China and adds significant neodymium and praseodymium oxide capacity.

chemweek

Lynas Rare Earths to Acquire Meteoric Resources for A$968 Million

FAQ