Malaysia’s rare earth ambitions are increasingly defined by what happens in Gebeng, near Kuantan, Pahang. Lynas’ Advanced Materials Plant (LAMP) refines about 10% of the world’s rare earth supply, and it is described as the largest refinery outside China, which still controls roughly 90% of global processing. Inside the plant, NdPr oxide is bagged into 200-kilogram sacks worth around US$100,000 (RM395,534) each, and NdPr accounts for 75-80% of Lynas revenue. The facility has run since 2012 and employs around 600 people, with 95%+ Malaysian staff. That combination makes Kuantan central to how Malaysia is positioning itself in non-China supply chains.
At the national level, Malaysia is balancing policy, reserves, and economic priorities as it tries to climb the value chain. Studies cited from the Minerals and Geoscience Department (2019) estimate 16.1 million tonnes of in-situ non-radioactive rare earth element (NR-REE) resources across 10 states, valued at over RM809.6 billion. Terengganu alone holds 7.19 million tonnes, around 44% of the national total. Yet Malaysia has also signalled that it wants value creation at home. Since 1 January 2024, a raw export ban blocks shipping ore and unrefined concentrate, while separated oxides and metals can still be exported. That policy is meant to encourage domestic refining and downstream manufacturing, but it also raises the stakes on building real processing capacity.
DMN3 Goals Meet Kuantan Reality: Licensing, Residue, and Capacity
Execution is the hard part. The Star reported that Malaysia aims to move up the rare earths value chain, but licensing bottlenecks, weak upstream supply, and a lack of processing capacity could stall progress. Companies must secure an exploration licence (EL) followed by a mining lease (ML), both issued sequentially by state governments, while also navigating environmental impact assessments and overlapping approvals. At the same time, Lynas’ licence renewal sets an operational deadline that investors and policymakers are watching closely. Its March 2026 licence runs 10 years to 2 March 2036, but requires it to stop producing radioactive Water Leach Purification (WLP) residue by 2 March 2031. That condition shapes how LAMP upgrades and future projects are scheduled, including any plans to integrate more steps locally.
Even with constraints, Malaysia is using Lynas as a platform to widen its product mix beyond separated oxides. The Business Times reported Lynas began producing samarium at its plant in Pahang on 19 March 2026, adding to scarce ex-China processing capacity for a strategically important rare earth used in specialised magnets. Financial momentum has been visible too: Lynas posted gross sales revenue of A$413.7 million (S$365.7 million) for the half-year ended 31 Dec 2025, up from A$254.3 million a year earlier, driven by a 14% increase in NdPr sales volumes and a growing share of contracts priced independently of the Chinese market index. Another source also notes a U.S. Department of Defense preliminary US$96 million supply agreement with Lynas, structured as a commercial offtake rather than a grant. These developments reinforce why Malaysia’s midstream capability is treated as strategic.
The next competitive battleground is downstream manufacturing, especially magnets. CEMS reported that in July 2025, Lynas and South Korea’s JS Link signed a deal to develop a neodymium magnet manufacturing facility in Malaysia. In early November 2025, Prime Minister Anwar Ibrahim announced that JS Link had purchased land in Kuantan for a US$142 million neodymium-iron-boron (NdFeB) magnet manufacturing facility. Separately, The Straits Times reported Lynas is expanding Malaysian operations with a RM500 million investment to increase rare earth production and partner with JS Link to make “super magnets,” aligning with government plans to become a vital cog in global supply chains by 2030. Under the National Mineral Industry Transformation Plan (NMITP), Malaysia is targeting a fully integrated value chain from mining through magnet production by 2030. Whether that timeline holds will depend on turning policy intent into licensing clarity, capacity buildout, and commercially viable operations.
What makes Lynas’ Kuantan plant so important to Malaysia’s strategy?
What does Malaysia’s 2024 rare earth export ban actually restrict?
How big are Malaysia’s non-radioactive rare earth resources, and where are they concentrated?
What deadlines and conditions shape Lynas’ operating future in Malaysia?
What is changing in the Malaysia rare earth industry as it moves up the value chain?
