Lynas Heavy Rare Earths Production Breaks China's Market Monopoly

Lynas Rare Earths

Lynas heavy rare earths production achieved a historic milestone by becoming the first non-Chinese producer of separated dysprosium. The Australian mineral company's Lynas heavy rare earths facility in Malaysia successfully produced separated dysprosium, marking a significant breakthrough in global supply chain diversification for critical minerals essential to advanced manufacturing and defense applications.

Malaysian Plant Establishes Alternative Supply Chain

Lynas heavy rare earths processing capabilities expanded significantly during the first quarter of 2025. The company constructed dysprosium and terbium processing circuits at its Malaysian facility, with capacity to separate up to 1,500 tonnes per year of heavy rare earths. These new circuits position Lynas to challenge China's dominance in the separated heavy rare earths market.

Meanwhile, Lynas plans to commence separated terbium production next month at the same facility. The processing circuits will eventually enable production of separated dysprosium, terbium, and holmium concentrate. Additionally, the facility will produce unseparated samarium/europium/gadolinium and unseparated mixed heavy rare earths, creating a comprehensive product portfolio.

Strategic Timing Amid Chinese Export Restrictions

However, the breakthrough comes at a critical juncture for global rare earths markets. Chinese suppliers recently limited offers for rare earth minerals, including dysprosium and terbium, following government export control tightening. This timing underscores the strategic importance of establishing alternative supply sources outside China's control.

Therefore, Lynas' production achievement addresses growing concerns about supply chain vulnerability in critical minerals. The company's Q1 2025 total rare earth oxide production reached 1,911 tonnes, including 1,509 tonnes of NdPr oxide. Production declined 46% year-on-year due to improvement and maintenance works across Malaysian and Western Australian operations.

US Partnership Strengthens Supply Chain Resilience

Furthermore, Lynas continues developing another rare earths processing plant in Texas with US government support. The American facility will produce both separated heavy and light rare earths, further reducing Western dependence on Chinese supplies. This dual-facility strategy creates redundancy and geographic diversification for critical mineral processing.

As a result, Lynas positions itself as a cornerstone of Western rare earths supply chain security. The company's expansion into heavy rare earths processing represents a strategic shift from its traditional focus on light rare earths production, addressing military and high-tech manufacturing requirements.

The Metalnomist Commentary

Lynas' achievement in producing separated heavy rare earths outside China represents a watershed moment for global supply chain resilience in critical minerals. The timing coincides perfectly with Chinese export restrictions, demonstrating the urgent need for alternative suppliers in materials essential to clean energy, defense, and advanced technology sectors.

Cleveland-Cliffs rare earths strategy targets US critical minerals security

Cleveland-Cliffs

Cleveland-Cliffs rare earths strategy is emerging as the company’s next upstream growth pillar amid rising US-China trade tensions. The US integrated steelmaker now sees rare earths exploration as strategic insurance for American manufacturing supply chains. As a result, Cleveland-Cliffs rare earths strategy is tightly linked to national security and industrial resilience.

Cleveland-Cliffs rare earths strategy starts in Michigan’s mining footprint

Cleveland-Cliffs rare earths strategy builds on geological surveys of ore bodies and tailings at two legacy sites. The company has identified indicators of rare earth mineralisation in Michigan’s upper peninsula and in Minnesota. However, it will prioritise the Michigan site first, where state relations are more cooperative.

This first step allows Cleveland-Cliffs to test resource quality and economics before committing major capital. It also keeps the Cleveland-Cliffs rare earths strategy aligned with US policy goals for domestic critical mineral supply. If commercially viable deposits are proven, the firm could leverage existing mining expertise to accelerate development.

Meanwhile, the company is open to cross-border cooperation. Management signalled that Cleveland-Cliffs could work with Canadian partners on rare earths projects. Such collaboration would extend the Cleveland-Cliffs rare earths strategy into a broader North American critical minerals corridor.

Trade tensions push Cleveland-Cliffs rare earths strategy up the agenda

Escalating trade frictions with China are amplifying the urgency behind Cleveland-Cliffs rare earths strategy. China remains the dominant supplier of rare earths, and is tightening export controls on production, processing and foreign trade. At the same time, Washington is threatening sharply higher tariffs on Chinese imports, further destabilising supply expectations.

Rare earths are essential for EV motors, semiconductors, and wind and solar technologies. Therefore, any disruption in Chinese supply could quickly hit US industrial output. Cleveland-Cliffs’ chief executive framed the move as a contribution to reducing reliance on “any foreign nation” for key minerals.

The shift also reflects Cliffs’ roots as an ore producer before its acquisitions of AK Steel and ArcelorMittal USA. By adding rare earths to its portfolio, the group can reconnect its mining heritage with downstream steelmaking and advanced manufacturing demand. This integrated approach could appeal to US policymakers seeking reliable, traceable domestic supply chains.

The Metalnomist Commentary

Cleveland-Cliffs is reading the geopolitical map correctly: processing and ownership of critical minerals matter more than raw tonnage alone. The real question is whether US permitting, capital costs and technology can deliver competitive rare earth output at scale. If it succeeds, Cliffs could become a flagship model for legacy steel producers pivoting into strategic materials.

US-Australia rare earths investment targets critical minerals security

US-Australia rare earths Investment

The US-Australia rare earths investment is emerging as a flagship effort to reduce reliance on China’s critical minerals supply. Under a new bilateral deal, Washington and Canberra will each co-invest at least $1bn in priority projects over the next six months. As a result, the US-Australia rare earths investment will anchor an $8.5bn pipeline of mines, refineries and midstream assets across both countries.

US-Australia rare earths investment anchors $8.5bn project pipeline

The US-Australia rare earths investment centres on co-funding processing and refining capacity rather than just upstream mining. Initial commitments include around $200mn of support for a 100 t/yr gallium plant in Western Australia, adjacent to Alcoa’s Wagerup alumina refinery. Canberra has also approved a fresh $100mn equity injection into Arafura Rare Earths’ Nolans project, taking total state support for that asset above A$1bn.

Meanwhile, the US Export-Import Bank has signalled potential co-funding of up to $2.2bn for seven Australian developers. These include Northern Minerals, Graphinex, La Trobe Magnesium and VHM, which have received non-binding letters of intent. Together, these facilities could accelerate timelines for rare earths, gallium, graphite, magnesium and other strategic materials. The US-Australia rare earths investment therefore acts as a capital de-risking tool for projects that struggle with high upfront costs.

US-Australia rare earths investment reshapes pricing, permitting and project risk

The agreement also extends beyond direct finance, targeting structural barriers around pricing and permitting. Both governments will work through a new US-Australia Critical Minerals Supply Security Response Group to identify priority materials and address supply vulnerabilities. They have pledged to fast-track approvals and to explore pricing frameworks, including floors, to reduce price opacity and volatility in critical mineral markets.

Industry leaders argue that this support tackles a key bottleneck. Australian developers often face weak bankability because contract prices for rare earths and battery metals remain highly volatile. At the IMARC conference in Sydney, Arafura’s chief financial officer highlighted how the deal signals serious government commitment to resilient value chains. Likewise, Critical Minerals Queensland noted that price instability has historically discouraged investment, even when project geology is attractive.

The US-Australia rare earths investment also dovetails with domestic regulatory reforms. Western Australia recently released draft permitting changes that would enable a state “co-ordinator general” to shepherd priority projects through multiple agencies. This institutional support could shorten timelines for mines, refineries and midstream facilities feeding the bilateral critical minerals alliance. In parallel, industry groups such as the Minerals Council of Australia say the deal underscores Australia’s strategic role in future-facing sectors.

The Metalnomist Commentary

This agreement marks a shift from rhetoric to structured capital in the critical minerals space, with clear project pipelines and named beneficiaries. If pricing floors and permitting acceleration materialise, Australia could move from “potential supplier” to cornerstone hub for rare earths and allied materials. The next test will be whether these public commitments crowd in sufficient private capital to deliver bankable, on-time projects at scale.

Europe Rare Earth Prices Hold Steady as China’s NdPr Market Softens

Rare Earth mining

Europe rare earth prices held broadly steady this week as tight heavy rare earth availability offset weakness in China’s neodymium and praseodymium market. Delivered European prices for light rare earths showed little movement, while prompt supply of restricted heavy rare earths remained extremely limited.

Europe rare earth prices are now being shaped by two different market structures. Light rare earths are tracking weaker Chinese sentiment more closely, but European demand remains modest and supply is sufficient. Heavy rare earths are trading under export-control pressure, with buyers outside China paying steep premiums for prompt material.

Europe rare earth prices therefore show a widening split between ordinary demand softness and strategic scarcity. The market is not moving as one rare earth complex. It is separating by licensing access, material origin, availability and end-use urgency.

Light Rare Earths Stay Flat Despite Chinese Market Drop

European delivered neodymium oxide prices remained steady at $115-130/kg cif Europe. Neodymium metal also held at $145-160/kg cif.

Praseodymium oxide stayed unchanged at $115-130/kg cif Europe, while praseodymium-neodymium oxide held at $110-115/kg cif. The stability came despite a sharp decline in China’s NdPr complex.

Chinese traders have been destocking ahead of the 1-5 May Labour Day holiday, expecting weaker domestic end-user demand. Several oxide producers suspended spot offers to assess market direction.

European prices did not follow the Chinese decline because regional spot demand remains limited. Delivered European prices are already below Chinese values on average, supported by sufficient supply from multiple sources.

Cerium oxide moved slightly higher, with the top end of the range rising to $2.55/kg cif Europe. Demand is being supported by increased use of cerium-based rare earth magnets and higher freight costs for material circulating outside China.

This light rare earth stability suggests that Europe is not facing immediate NdPr scarcity. However, buyers remain cautious because Chinese price movements still influence sentiment and replacement-cost expectations.

Heavy Rare Earths Remain Tight Under Export Controls

Heavy rare earth availability remains the main pressure point in Europe. Delivered prices for dysprosium oxide were unchanged at $1,000-1,200/kg cif Europe, while terbium oxide held at $3,800-4,500/kg cif.

Spot liquidity has been thin since the start of the year. Prompt availability outside China remains very tight, especially for buyers without export licences.

China’s export controls continue to reshape heavy rare earth pricing. End-users that cannot access licensed Chinese supply are still willing to pay steep premiums to secure material for magnets, defence systems, electronics and advanced manufacturing.

Japanese buying interest has added more pressure since Japan became subject to stricter export controls in January. This has increased competition for limited non-China prompt supply.

The same pattern is visible in gadolinium and yttrium. Gadolinium oxide remained at $700-1,200/kg cif Europe, while yttrium oxide held at $800-1,200/kg cif Europe.

These markets are no longer priced only by Chinese domestic fundamentals. They are being priced by export-control access, available inventories and the cost of avoiding production disruption.

For European buyers, the practical issue is security of supply. Even if Chinese domestic prices soften, restricted material outside China can remain expensive because availability is controlled by licensing and logistics.

The result is a rare earth market where light rare earths may soften with Chinese demand, while heavy rare earths retain a strategic premium. That premium is likely to persist as long as export controls limit access to dysprosium, terbium, gadolinium and yttrium.

The Metalnomist Commentary

Europe’s rare earth market is becoming increasingly divided between price-led light rare earths and security-led heavy rare earths. China’s NdPr weakness matters, but export-control pressure on dysprosium, terbium, gadolinium and yttrium is now the stronger strategic signal.

Atlas Lithium rare earths in Brazil reshape its critical minerals story

Atlas Lithium

Atlas Lithium rare earths in Brazil mark a major strategic shift for the US-listed lithium developer. The company has identified rare earth deposits at its Ipora and Alto do Paranaiba projects, adding ionic clay and sedimentary rock resources to its portfolio. This Atlas Lithium rare earths in Brazil announcement broadens its exposure beyond brine and hard-rock lithium into magnetic and heavy rare earths.

The Ipora project in Goias has emerged as an important ionic clay discovery. Initial drilling shows 2,071ppm total rare earth oxides (Treo), including 775ppm magnetic rare earth oxides, positioning Atlas Lithium rare earths in Brazil within a competitive grade range. As a result, the project stands out for its heavy rare earth oxide recovery rate of 55pc and yttrium recovery at 63pc, both attractive metrics for downstream magnet and electronics supply chains.

Alto do Paranaiba links rare earths with titanium credits

Alto do Paranaiba in Minas Gerais adds a very different style of mineralisation. The project hosts near-surface Treo grades up to 28,870ppm alongside 23.3pc titanium dioxide, pointing to potential by-product titanium value. Therefore Atlas Lithium rare earths in Brazil now span both ionic clays and high-grade sedimentary units, which can diversify processing options and revenue streams.

However, the company still needs to confirm continuity, metallurgy and scalable mine plans at Alto do Paranaiba. Near-surface grades offer potential for lower strip ratios and faster development, but sediment-hosted rare earths require careful flowsheet design. Investors will focus on how Atlas prioritises drilling, pilot testing and sequencing between Ipora and Alto do Paranaiba.

Building a multi-commodity critical minerals platform

Atlas Critical Minerals, the company’s Brazilian subsidiary, now controls more than 218,000 hectares of mineral rights across rare earths, titanium, graphite and uranium. This scale provides optionality for partnerships and off-take, especially as Western buyers seek non-Chinese rare earth sources. Meanwhile, combining Atlas Lithium rare earths in Brazil with its lithium portfolio could position the group as an integrated critical minerals developer rather than a single-commodity play.

As a result, Atlas can align its narrative with supply-chain diversification, energy transition and defence applications. But execution risk remains high, given early-stage status, capital needs and complex permitting in Brazil. Clear timelines, resource updates and metallurgical results will determine whether these discoveries translate into bankable projects.

The Metalnomist Commentary

Atlas is moving quickly to rebrand itself from a pure lithium story into a broader critical minerals platform. The rare earth discoveries are promising, particularly the ionic clay potential at Ipora, but still sit firmly in the exploration risk bucket. For now, these finds strengthen strategic optionality and headline appeal more than near-term cash flow.

Pakistan rare earths deal with US Strategic Metals reshapes critical minerals flows

Pakistan Rare Earths

Pakistan rare earths deal with US Strategic Metals marks a strategic shift in global critical mineral supply. The first shipment of enriched rare earths and critical minerals has now left Pakistan, turning a framework agreement into real trade flows. This Pakistan rare earths deal with US Strategic Metals opens a new channel for US buyers seeking diversified supply away from traditional hubs.

Pakistan rare earths deal with US Strategic Metals backs new refinery plan

The Pakistan rare earths deal with US Strategic Metals is anchored in a $500mn partnership signed in September. The first batch includes neodymium and praseodymium, alongside antimony and copper concentrate, signalling a broad critical minerals focus. As a result, the agreement goes beyond simple ore exports and moves toward higher-value enriched products.

The partnership will finance a polymetallic refinery in Pakistan dedicated to developing and processing critical minerals. This refinery is expected to upgrade locally sourced material into globally tradable products for advanced manufacturing sectors. In turn, Pakistan aims to move up the value chain, capturing more revenue from rare earths and linked metals.

The project is structured through cooperation between US Strategic Metals and Pakistan’s Frontier Work Organization. That structure embeds state-backed engineering capacity into the minerals strategy, which may accelerate permitting and infrastructure. However, strong governance and environmental standards will remain crucial for long-term investor confidence.

Strategic implications for US and South Asian supply chains

For the US, the Pakistan rare earths deal with US Strategic Metals supports efforts to derisk supply chains from single-country dependence. Neodymium and praseodymium are essential for permanent magnets used in EVs, wind turbines and defence systems. Therefore, even modest volumes from Pakistan can play an outsized role in strategic stockpiles.

Meanwhile, antimony and copper concentrate add further strategic depth to the relationship. Antimony underpins flame retardants and defence applications, while copper remains central to electrification and grid expansion. By linking these commodities into one platform, the partnership can optimise processing, logistics and offtake negotiations.

In South Asia, the agreement signals growing competition to monetise critical mineral resources. Pakistan’s move may encourage neighbouring countries to formalise their own rare earths and battery metals strategies. Over time, this could turn the region into a more significant node in global clean-tech and defence supply chains.

The Metalnomist Commentary

This deal positions Pakistan as an emerging player in the rare earths ecosystem, rather than a passive raw ore supplier. The real test will be whether the planned refinery reaches scale on time and meets ESG expectations. If successful, it will underscore how strategic capital and state-backed engineering can rapidly redraw the critical minerals map.

Rainbow Rare Earths Pilot Plant Reaches Commercial-Quality REE Milestone

Rainbow Rare Earths

Rainbow Rare Earths pilot plant has reached a meaningful technical milestone in South Africa. The company said it is now producing commercial-quality high-grade mixed rare earth hydroxide in Johannesburg. This result marks a stronger step toward future downstream rare earth production. As a result, Rainbow Rare Earths pilot plant is becoming more relevant to the non-Chinese rare earth supply story.

The product quality is especially important. Rainbow said it produced about 2kg of mixed rare earth product at roughly 55pc total rare earth oxide. That grade is higher than standard Chinese mixed rare earth carbonate at 42-44pc TREO. Therefore, Rainbow Rare Earths pilot plant is not only producing material. It is producing higher-grade intermediate material with stronger commercial meaning.

This milestone also matters because rare earth projects often struggle to prove processing quality at pilot scale. A higher-grade product can improve confidence in downstream separation potential and project economics. Consequently, this announcement helps move the Phalaborwa rare earth project closer to a more credible development path.

Commercial-Quality Rare Earth Hydroxide Strengthens Project Confidence

Commercial-quality rare earth hydroxide is an important de-risking point for any rare earth development. Rainbow said the new hydroxide product will be used to produce NdPr oxide and an SEG+ stream containing medium and heavy rare earths at more than 99.5pc purity. That means the company is targeting valuable magnet and specialty rare earth outputs. As a result, the project is advancing beyond simple concentrate production.

The processing route also builds on earlier pilot work. Rainbow commissioned the Johannesburg plant in 2023 and produced its first mixed rare earth sulphate in September that year. The latest result shows a further step in process development and product upgrading. Therefore, commercial-quality rare earth hydroxide now gives the company a stronger technical narrative.

This matters for the wider rare earth market. Buyers increasingly want projects that can demonstrate not only resource scale, but also processing performance. A pilot plant that can produce higher-grade mixed rare earth product carries more strategic value than a project with geology alone. Meanwhile, it improves confidence in future downstream partnerships and financing.

Phalaborwa Rare Earth Project Gains a More Credible Development Platform

Phalaborwa rare earth project is now gaining a stronger base for future development. The project holds a resource of 30.4mn t grading 0.44pc TREO, with 29pc made up of neodymium and praseodymium. That gives the deposit exposure to the most commercially important magnet rare earth elements. Consequently, the project has clearer strategic relevance in the current market.

The company described the increased production rate as an important de-risking event. That comment matters because pilot-scale validation is often where investors begin separating credible projects from weaker ones. Rainbow is now showing not just resource potential, but processing progress tied to saleable product quality. Therefore, the Phalaborwa rare earth project may gain stronger market attention if this momentum continues.

The broader implication is clear. Rare earth supply diversification depends on more than finding deposits outside China. It requires practical processing routes that can deliver high-purity products for real end markets. As a result, Rainbow Rare Earths pilot plant is becoming more important as a processing proof point than as a simple pilot announcement.

The Metalnomist Commentary

This update matters because rare earth markets reward processing credibility more than resource size alone. Rainbow is starting to show that Phalaborwa may have both. If it can keep improving purity, scale, and consistency, this project could become a more serious non-Chinese rare earth contender.

China EU Dual-Use Export Controls Raise Rare Earth Supply Risk for Europe

China EU

China EU dual-use export controls have escalated after Beijing added seven military-related European entities to its export control list. The move signals a sharper trade dispute between China and the EU and could increase uncertainty around rare earths and critical metals supply to Europe.

China EU dual-use export controls prohibit domestic exporters from supplying listed entities with controlled dual-use goods, technologies and services. Overseas organisations and individuals are also barred from transferring Chinese-origin dual-use items to those entities.

China EU dual-use export controls are significant because rare earths, tungsten, antimony, germanium and gallium have all gained stronger military and strategic relevance. Many of these materials are already covered by China’s dual-use export control framework.

The targeted entities include defence, aerospace and military-linked companies in Europe. Beijing said the companies had engaged in arms sales to Taiwan or had links with Taiwan-related activity.

Rare Earths and Critical Metals Become Trade Policy Tools

China’s decision marks the first time Beijing has imposed dual-use export restrictions specifically targeting EU entities. It shows that critical materials policy is increasingly being used as a geopolitical instrument.

The move follows growing friction between China and the EU, including disputes around cybersecurity rules and alleged discriminatory treatment of Chinese companies. Beijing has warned that it could take broader countermeasures if Chinese firms continue to face restrictions.

This matters for Europe because the region remains a major buyer of Chinese rare earths and critical minerals. The Netherlands, Italy, France and Spain all received rare earth shipments from China in the first quarter.

Rare earths are essential for permanent magnets, electric motors, wind turbines, robotics, defence systems, aerospace components and precision electronics. Heavy rare earths such as dysprosium and terbium are especially important for high-performance magnets used in demanding operating environments.

Other controlled critical metals also carry strategic weight. Tungsten is used in hard metals, defence systems and high-temperature applications. Antimony supports flame retardants, ammunition and alloys. Germanium and gallium are critical for semiconductors, optics, satellites and power electronics.

China’s use of export controls has become more systematic. Beijing has already tightened critical minerals exports to Japan this year, which disrupted shipments of dysprosium and terbium and forced buyers to seek alternative supply.

Europe Faces Higher Security Premiums for Heavy Rare Earths

Europe’s immediate risk is not a full loss of Chinese supply. The more likely impact is higher compliance risk, licensing uncertainty and greater pressure on buyers that need controlled materials for defence, aerospace and advanced manufacturing.

This could widen the security premium for non-China rare earths and minor metals. Buyers without reliable export licences may need to pay more for material available in the Atlantic market.

Heavy rare earth prices outside China have already surged because of tight availability and stronger Japanese buying. Yttrium oxide prices in Europe have climbed sharply this year, reflecting the scarcity of prompt non-China supply.

If EU-China tensions continue, European buyers may accelerate efforts to diversify supply. That could benefit projects in Australia, Brazil, Estonia, the US and other jurisdictions trying to build rare earth separation, metal-making and magnet capacity outside China.

However, diversification will not be quick. Rare earth supply chains require mining, separation, refining, metal conversion, alloying and magnet manufacturing. Each stage needs qualification, capital and technical expertise.

For European manufacturers, the policy signal is clear. Critical metals procurement can no longer rely only on price and delivery time. Buyers must now evaluate origin risk, licensing exposure, dual-use classification and strategic inventory needs.

The broader market implication is that China’s critical minerals controls are becoming a routine part of trade policy. Europe must now treat rare earths and minor metals as supply-chain security issues, not just raw material inputs.

The Metalnomist Commentary

China’s latest export control move shows that rare earths and minor metals are becoming geopolitical leverage points. Europe’s challenge is no longer just finding alternative supply, but building a complete industrial chain that can survive licensing shocks.

Frontier Rare Earths Secures Funding and Offtake Support for Zandkopsdrift

Frontier Rare Earths

Frontier Rare Earths Zandkopsdrift project has moved into a more serious development phase. The company secured a $20mn investment from South Africa’s Industrial Development Corporation. It also signed a strategic technology and offtake agreement with Carester. As a result, Frontier Rare Earths Zandkopsdrift project now has stronger financial and commercial backing.

This matters because the project targets high-value magnet rare earths that remain strategically important for global supply chains. Zandkopsdrift is expected to produce NdPr oxide, dysprosium oxide, and terbium oxide over its first 25 years. These materials are critical for permanent magnets and advanced industrial applications. Therefore, Frontier Rare Earths Zandkopsdrift project is gaining relevance beyond South Africa alone.

The project also stands out because it includes battery-grade manganese as a by-product. Frontier said manganese revenues could cover as much as 90pc of rare earth production costs. That gives the project a potentially stronger cost structure than many stand-alone rare earth developments. Consequently, battery-grade manganese could become a major economic advantage.

Funding and Offtake Agreements Strengthen Project Credibility

The new funding package gives Frontier more room to advance the project with greater confidence. The IDC investment will support the definitive feasibility study and corporate development work. That means the company can now move forward with a more credible development path. As a result, financing risk has become easier to manage in the near term.

The offtake structure also adds strategic depth. Carester signed a seven-year agreement for mixed heavy rare earth carbonate from the project. Frontier will also use Carester’s solvent extraction technology to produce high-purity NdPr oxide and mixed heavy rare earth carbonate. Therefore, the project is gaining both technical support and a downstream commercial route.

The IDC’s involvement adds another layer of policy relevance. The agency also holds an option for offtake of up to 10pc of production for downstream processing in South Africa. That aligns the project with national industrialisation goals. Meanwhile, it strengthens the domestic policy case for project support.

South Africa Rare Earth Project Gains International Strategic Weight

This South Africa rare earth project is now attracting international strategic recognition. The European Union has designated Zandkopsdrift as a Strategic Project under its Critical Raw Materials Act. That status increases the project’s visibility in western supply diversification efforts. As a result, Frontier Rare Earths Zandkopsdrift project now sits within a broader geopolitical materials story.

The production timeline also gives the market a clear target. Frontier aims to begin production in 2030. The company said the project is fully permitted and that infrastructure planning is complete. Therefore, the focus now shifts from concept validation toward execution and financing progress.

The combination of magnet rare earths and battery-grade manganese gives the project a differentiated profile. Many rare earth projects struggle with cost intensity and processing complexity. However, Zandkopsdrift may benefit from a more balanced revenue model. Consequently, this South Africa rare earth project could become more competitive than many junior peers.

The Metalnomist Commentary

This announcement matters because it combines funding, technology, and offtake in one step. That is exactly what many rare earth projects fail to secure early enough. If Frontier executes well, Zandkopsdrift could become one of the more credible new non-Chinese magnet rare earth projects in the next supply cycle.

Cleveland-Cliffs Rare Earths Plan Stalls on US Refining Bottleneck

Cleveland-Cliffs

Cleveland-Cliffs rare earths ambitions have been put on hold as limited US refining capacity weakens the economics of upstream exploration. The integrated steelmaker said it has halted plans to shift part of its mining strategy toward rare earths because domestic processing infrastructure remains too limited.

The decision highlights a central weakness in the US critical minerals strategy. Finding rare earth mineralisation is only the first step. Without refining, separation and downstream conversion capacity, upstream resources cannot easily become commercial supply.

Cleveland-Cliffs rare earths plans had gained attention because the company owns mining assets and tailings basins in traditional US iron ore regions. Geological surveys last year identified signs of rare earth mineralisation at two company-owned sites, one in Michigan’s Upper Peninsula and another in Minnesota.

However, chief executive Lourenco Goncalves said the economics depend on domestic refining capability. He said that infrastructure remains extremely limited in the US, making rare earth development difficult without external processing support.

US Refining Gap Limits Critical Minerals Development

Cleveland-Cliffs is not planning to build rare earth refining capacity on its own. The company said the process is capital-intensive, and the investment case remains weak without a broader domestic refining ecosystem.

This is strategically important because rare earth supply chains are highly segmented. Mining, beneficiation, separation, refining, metal conversion, alloying and magnet manufacturing all require different capabilities.

The US has focused heavily on rare earth resource development, but refining and separation remain among the most difficult parts of the value chain. These stages require chemical processing expertise, environmental controls, long permitting timelines and large capital commitments.

Cleveland-Cliffs rare earths development therefore depends on infrastructure beyond its own mining footprint. The company said it remains positioned to enter the market when viable domestic refining capacity becomes available, whether through government-backed projects or third-party investments.

This approach is cautious but realistic. A steelmaker with mineral resources may identify rare earth potential in ore bodies or tailings, but it cannot easily monetise those materials without a customer-ready processing route.

The decision also shows why tailings-based critical minerals projects are harder than they appear. Tailings may contain valuable elements, but recovery depends on grade, mineralogy, processing cost, environmental permitting and access to refining capacity.

For the US government, the message is clear. Critical mineral independence cannot rely only on resource mapping. It needs industrial processing capacity that gives miners and materials companies a practical route to market.

Rare Earth Opportunity Remains Conditional on Policy and Processing

Cleveland-Cliffs had explored rare earths as part of a broader response to rising US-China trade tensions and Washington’s push for critical material independence. The company’s historic identity as an ore producer made the idea strategically plausible.

Cliffs originally operated as an iron ore producer before becoming a major US steelmaker. It expanded downstream in 2020 by acquiring AK Steel and most of ArcelorMittal’s US operations.

That history gives the company mining expertise, industrial assets and a domestic manufacturing base. But rare earths are not the same as iron ore or steel. They require a much more specialised chemical and metallurgical value chain.

Rare earth elements are key feedstocks for electric vehicle motors, semiconductors, wind power, solar technologies, defence systems and advanced electronics. This makes them strategically valuable, but also politically sensitive.

The US wants to reduce dependence on China, which dominates many rare earth processing and magnet supply chains. But companies still need bankable refining options before upstream projects can move forward.

Cleveland-Cliffs rare earths strategy may therefore return if domestic refining capacity expands. Government-backed projects, third-party processors or integrated separation facilities could change the economics.

Until then, the company appears unwilling to commit capital to a market where upstream potential is disconnected from downstream processing. That reflects discipline, but also exposes a national supply-chain gap.

The broader implication is that critical minerals policy must connect every stage of the chain. Exploration without refining creates stranded potential. Refining without feedstock creates underused capacity. Magnet and electronics supply chains need both.

The Metalnomist Commentary

Cleveland-Cliffs’ decision shows that the US rare earth challenge is not only geological. The real bottleneck is processing infrastructure, and without it, even strategically located resources can remain commercially stranded.

Tronox rare earths project wins $600mn US-Australia export finance backing

Tronox RE project

The Tronox rare earths project has secured coordinated, conditional interest from two export credit agencies. The support totals up to $600mn from Export Finance Australia and Export-Import Bank of the United States. Therefore, Tronox now has a clearer funding pathway for rare earth processing in Western Australia.

The Tronox rare earths project targets a proposed facility in Western Australia. Tronox has finished a pre-feasibility study and will start a definitive feasibility study next. The plan centers on producing mixed rare earth carbonate with light and heavy rare earths. Meanwhile, the company will engage downstream customers to shape a bankable project structure.

Export credit agencies push a China-diversification strategy

Export credit agencies are using capital to reshape critical minerals trade flows. The US and Australia are aligning financing to diversify rare earth supply chains away from China. As a result, the agencies are signaling long-horizon support for non-Chinese processing capacity.

The coordination follows the United States–Australia framework announced in October. That framework aims to secure mining and processing supply for critical minerals and rare earths. Therefore, the Tronox rare earths project fits a broader policy push for trusted-partner supply.

Tronox can upgrade mineral sands by processing monazite in-house

Tronox already runs an integrated mineral sands footprint. Tronox produces titanium dioxide pigment, high-purity titanium chemicals, and zircon. It also mines mineral sands and produces titanium feedstocks and pig iron.

Monazite is the key rare earth lever inside that value chain. Monazite contains rare earths and can sit inside tailings streams. However, Tronox currently sells tailings materials that contain rare earth elements. A cracking and leaching facility would let Tronox refine that material in-house and lift value capture.

The strategic prize is supply chain optionality. Tronox aims to become a rare earth supplier supporting US and Australian critical mineral strategies. Therefore, the Tronox rare earths project could convert a byproduct stream into a strategic rare earth supply chain.

The Metalnomist Commentary

Export credit support reduces financing risk, but it does not guarantee permits or offtake. Therefore, Tronox must lock long-term customers and prove operating costs quickly. Meanwhile, cracking and leaching execution will decide whether the project stays competitive.

California Heavy Rare Earth Project Could Strengthen Harena’s US Critical Minerals Position

Harena Rare Earths

California heavy rare earth project development is moving back into focus as Harena Rare Earths evaluates a potential acquisition of Paradigm Critical Minerals. The UK-based explorer has agreed to assess Paradigm’s rare earth and uranium exploration assets in California, adding a possible US growth pathway to its existing rare earth portfolio.

The proposed transaction could place Harena Rare Earths closer to the center of the US rare earth supply chain. The project sits about 100 miles from MP Materials’ Mountain Pass mine, the only major rare earth mining operation in the US. That location gives the California heavy rare earth project strategic relevance, especially as Washington continues to prioritize domestic critical minerals capacity.

The project was originally developed for gold and silver. However, recent surface exploration has identified rare earth mineralization with an estimated 50:50 ratio of light rare earth elements to heavy rare earth elements. That balance matters because heavy rare earth elements remain a major vulnerability in Western magnet, defense, electronics, and energy transition supply chains.

Heavy Rare Earth Potential Adds Strategic Value

Heavy rare earth elements carry higher strategic importance than their smaller market size suggests. Materials such as dysprosium and terbium are essential for high-performance permanent magnets used in electric vehicles, wind turbines, robotics, aerospace systems, and defense technologies.

Harena Rare Earths said the asset could become one of the highest-grade rare earth exploration projects in the US. That claim still requires detailed due diligence, technical validation, and resource confirmation. However, the early indication of a strong heavy rare earth component gives the California heavy rare earth project a more valuable industrial profile than a light rare earth-only discovery.

The US rare earth supply chain remains heavily exposed to offshore separation and processing capacity. Therefore, any credible domestic heavy rare earth exploration asset can attract attention from investors, policymakers, and downstream manufacturers. The key question is whether the project can move from surface exploration potential to a defined resource with viable metallurgy.

Harena Expands Beyond Madagascar Rare Earths

Harena Rare Earths already owns the Ampasindava ionic clay rare earth project in Madagascar. That asset gives the company exposure to a different rare earth deposit type and a potential non-Chinese supply source. The California evaluation would add a US jurisdictional angle to its portfolio.

The acquisition review also reflects a wider trend in critical minerals markets. Explorers are increasingly repositioning legacy precious metals assets as strategic rare earth or battery material opportunities when geology supports it. This shift is especially visible in the US, where permitting, funding, and industrial policy are pushing companies to revisit domestic mineral districts.

The definitive value of Paradigm Critical Minerals will depend on due diligence results. Harena must assess grade continuity, mineralogy, uranium implications, permitting risk, processing options, and the pathway to downstream separation. Still, the location near Mountain Pass gives the project a stronger strategic narrative than many early-stage rare earth prospects.

The Metalnomist Commentary

The California heavy rare earth project is still early-stage, but its heavy rare earth ratio makes it strategically important. If Harena can prove scale, metallurgy, and permitting viability, the asset could become a meaningful addition to the US critical minerals pipeline.

Monte Muambe Rare Earth Project Gains US Support in Mozambique

Altona Rare Earths

The Monte Muambe rare earth project has gained new momentum after support from the US Trade and Development Agency. Altona Rare Earths said the agency agreed to support the project in Mozambique. The backing is meant to help define the technical and financial path for development. As a result, the Monte Muambe rare earth project is gaining stronger international credibility.

This matters because Mozambique is not yet a major rare earth producer. A project with US backing can attract more investor attention and strategic interest. That is especially relevant as western economies seek new rare earth supply outside China. Therefore, the Monte Muambe rare earth project could become more important in future diversified supply chains.

The support is still conditional. Altona said it depends on signing a formal grant agreement. Even so, the announcement gives the project a clearer strategic profile than before. Meanwhile, it places Mozambique more visibly inside the global critical minerals conversation.

US Support for Rare Earths Expands Into Africa

US support for rare earths is now reaching deeper into Africa. The Monte Muambe project sits in Tete Province in northwest Mozambique. Altona said the project hosts rare earths, fluorspar, and gallium. As a result, the asset is more than a single-commodity exploration play.

That broader mineral mix may improve its long-term appeal. Rare earths carry the main strategic value, but gallium and fluorspar also matter in industrial supply chains. This gives the project a more diverse resource story. Therefore, Monte Muambe may attract interest from both mining investors and critical minerals policymakers.

Altona Rare Earths Builds a More Visible Development Pipeline

Altona Rare Earths acquired the project in 2021. The company has since defined a mineral resource estimate of 13.6mn metric tonnes at 2.42pc total rare earth oxide. That gives the project a more concrete base than an early exploration concept. Consequently, the Monte Muambe rare earth project now looks more investable than before.

The company also holds a copper and silver project in Botswana. However, Monte Muambe is now clearly the more strategic asset in its portfolio. US-backed support can help move it from geological promise toward development planning. Therefore, this step may become one of the company’s most important recent milestones.

The Metalnomist Commentary

This announcement matters because strategic mineral projects need more than geology. They need technical credibility, financial visibility, and geopolitical relevance. Monte Muambe now has a stronger chance to enter that next tier of serious rare earth development stories.

Brazilian Rare Earths raises $78mn for Brazilian rare earth growth

Brazilian Rare Earths

Brazilian Rare Earths raises $78mn to accelerate its flagship Sulista and Monte Alto projects in Brazil. Brazilian Rare Earths raises $78mn through a A$120mn equity placement, giving the company fresh capital for drilling and downstream assets. As a result, Brazilian Rare Earths raises $78mn at a crucial time for non-Chinese rare earth supply diversification.

Brazilian Rare Earths raises $78mn to advance Sulista and Monte Alto

Brazilian Rare Earths raises $78mn by issuing 25.6mn new shares at A$4.68 each. The company will channel these funds into its Sulista and Monte Alto rare earth projects, including a planned separation refinery in Bahia. Drilling at Sulista West has returned total rare earth oxide grades of up to 21pc, underscoring the geological potential.

Meanwhile, BRE is running multiple workstreams in parallel to de-risk the resource base and flowsheet. These include drilling across priority zones, drone-based geophysical surveys and scoping studies on project configuration. The company has not disclosed a firm development timeline, but the funding round signals momentum toward a construction decision.

Carester partnership strengthens downstream rare earth strategy

The Carester partnership anchors BRE’s move further downstream into separated rare earth oxides. Under the agreement, BRE will supply feedstock for up to 150 t/yr of separated dysprosium and terbium oxide to Carester’s Caremag facility in Lacq, France. This offtake helps validate the quality of Brazilian feedstock in a tight heavy rare earth market.

At the same time, Carester will provide engineering, construction and commissioning services for BRE’s planned separation plant in Bahia. This technical support should shorten learning curves and align Brazilian specifications with European customer requirements. Therefore, BRE positions itself as an integrated supplier spanning ore, concentrate and separated oxides into western supply chains.

The Metalnomist Commentary

BRE’s raise highlights growing investor appetite for geographically diversified rare earth supply, particularly for dysprosium and terbium. The combination of high-grade Brazilian resources and European processing expertise could become a meaningful niche competitor to Asian incumbents. Execution risk now shifts to delivering the Bahia separation plant on time and aligning product specs with end-user magnet makers.

US Rare Earths Supply Gains Momentum as Traxys Partners With Phoenix Tailings

Traxys & Phoenix

US rare earths supply is gaining a stronger commercial platform after Traxys North America partnered with Phoenix Tailings on feedstock sourcing, offtake, and strategic support. The agreement links Phoenix’s rare earth metallization capacity with Traxys’ global trading network at a time when Western buyers are seeking alternatives to China-dominated rare earth supply chains.

The partnership will allow Traxys to provide global feedstock sourcing and downstream metal sales for Phoenix. This is strategically important because rare earth supply security depends not only on mining, but also on conversion into usable metals for magnets, electronics, defence systems, and advanced manufacturing.

US rare earths capacity remains limited, especially in heavy rare earth metals such as dysprosium and terbium. Phoenix produces samarium, yttrium, dysprosium, terbium, and other rare earth elements. These materials are critical for high-performance magnets, aerospace systems, clean energy technologies, and defence-linked applications.

Phoenix Tailings Expands the US Rare Earth Metals Platform

Phoenix Tailings operates a rare earth metallization facility in Exeter, New Hampshire, with current capacity of 200 t/yr of light and heavy rare earth metals. The facility has the potential to expand to 1,000 t/yr, giving the company a meaningful growth pathway in a market where Western metallization capacity remains scarce.

The Traxys Phoenix Tailings partnership also follows Traxys’ investment in Phoenix’s recent $40.2mn financing round. That funding included $30.2mn in equity and $10mn in venture debt from investors including Eni Next, Geodesic Alliance Fund, and Traxys. The investment shows that rare earth processing is attracting capital from both strategic and financial backers.

This matters because US rare earths development has often focused on mining and separation. However, metallization is a key downstream step. Without metal production capacity, rare earth oxides and intermediates still need further processing before they can enter magnet and advanced materials supply chains.

Traxys Strengthens Rare Earth Offtake and Feedstock Reach

Traxys brings commercial reach to Phoenix through feedstock procurement and downstream metal sales. That role can help reduce one of the biggest challenges for emerging rare earth producers: matching reliable input supply with long-term customer demand.

The partnership also fits Traxys’ broader rare earth strategy. Traxys Europe has a binding offtake agreement with Arafura Rare Earths for up to 300 t/yr of neodymium-praseodymium oxide from the Nolans project in Australia. Arafura has also received a letter of interest for up to $300mn from the US Export-Import Bank to support the project.

Together, these moves show how rare earth supply chains are being built through financing, offtake, trading networks, and processing partnerships. For the US rare earths market, the Phoenix agreement is important because it supports domestic metal production rather than only upstream resource development.

The Metalnomist Commentary

The Traxys-Phoenix partnership shows that rare earth competitiveness will be decided in processing and commercialization, not only in mining. Western supply chains need companies that can secure feedstock, produce metals, and place material into qualified industrial channels.

Brazil India Critical Minerals Deal Targets Rare Earths and Supply Chain Resilience

Brazil-India rare earth

Brazil India critical minerals deal marks a strategic step toward deeper cooperation in rare earths, battery materials, and mineral extraction technology. The agreement reflects a shared effort to reduce supply-chain exposure, support clean energy industries, and build alternative sources outside China-dominated processing networks.

The bilateral agreement, signed on 21 February, will support cooperation in critical minerals and rare earths. Brazil and India plan to develop both countries’ mineral industries while exchanging technologies to improve extraction and resource development. For India, the deal supports its push to reduce dependence on China. For Brazil, it strengthens efforts to turn large mineral reserves into higher-value industrial supply chains.

Brazil India critical minerals deal also fits a wider geopolitical shift. Governments are no longer treating rare earths, lithium, and other strategic minerals as ordinary commodities. They are becoming tools of industrial policy, energy security, and technology competitiveness.

Rare Earths Cooperation Strengthens India’s Diversification Strategy

India is seeking more resilient supply chains for minerals used in renewable energy, batteries, electronics, defence, and advanced manufacturing. Cooperation with Brazil gives India access to a resource-rich partner with significant reserves of critical minerals and rare earths.

This matters because rare earths are difficult to develop at scale. Mining is only one part of the challenge. Separation, refining, metallurgical processing, and environmental controls are often bigger bottlenecks. Therefore, technology exchange between Brazil and India could become as important as raw material access.

The agreement also supports India’s broader industrial strategy. As India expands electric mobility, battery manufacturing, renewable energy, and electronics production, secure mineral supply will become a competitiveness issue. The Brazil India critical minerals deal gives New Delhi another route to reduce concentration risk in its future supply base.

Lithium Trade Signals a Broader Minerals Partnership

Recent lithium activity shows that Brazil-India mineral cooperation is already moving beyond diplomatic language. Indian battery cathode manufacturer Altmin recently purchased a 33pc stake in Brazilian lithium producer CBL’s refinery for $40mn. Altmin also secured an offtake agreement for 5,000 t/yr of lithium carbonate.

This transaction highlights how investment and offtake can turn critical minerals policy into actual supply-chain capacity. Brazil has lithium resources and refining potential, while India has rising demand from battery and cathode industries. That creates a natural partnership if both countries can align financing, processing standards, and long-term procurement.

The wider trade target reinforces the strategic direction. Brazil and India expect bilateral goods trade to reach up to $20bn/yr by 2030, compared with $15bn/yr in 2025. Critical minerals, rare earths, lithium, renewable energy, defence, and commerce could all become part of a broader industrial corridor between the two economies.

The Metalnomist Commentary

The Brazil India critical minerals deal shows how emerging economies are building their own mineral alliances instead of relying only on Western-led frameworks. The key question is whether Brazil and India can move from resource diplomacy to processing capacity, bankable projects, and reliable offtake.

Iluka Rare Earths Offtake Secures Automotive Demand for Eneabba Refinery

Iluka

Iluka rare earths offtake has moved into a binding agreement with an unnamed global automotive company, giving the Australian producer long-term demand visibility for magnet materials including neodymium, praseodymium, dysprosium and terbium.

Iluka rare earths offtake will begin in 2028 and run for an initial four years under a take-or-pay structure. The agreement covers 1,200t of rare earth oxides, equal to about 10% of Iluka’s planned production over the period.

Iluka rare earths offtake is strategically important because it links future Australian rare earth output directly to the automotive magnet supply chain. The pricing structure also gives Iluka downside protection, with sales priced at the higher of minimum or market-linked values for each product.

The agreement strengthens the commercial case for Iluka’s Eneabba rare earths refinery in Western Australia, which is now more than 50% complete and scheduled for commissioning in mid-2027.

Take-or-Pay Structure Strengthens Project Bankability

The four-year take-or-pay structure gives Iluka greater revenue visibility ahead of Eneabba’s start-up. This is especially important in rare earth markets, where volatile prices and uncertain demand can complicate project financing.

The agreement covers both light and heavy rare earths. Neodymium and praseodymium are core inputs for NdFeB permanent magnets, while dysprosium and terbium improve magnet performance at elevated temperatures.

These materials are critical for electric vehicles, hybrid vehicles, industrial motors, robotics and other high-performance applications. Automotive customers increasingly want long-term access to non-China rare earth supply.

The minimum-price mechanism is also important. It reduces exposure to severe price weakness and helps protect project economics against periods of market oversupply or aggressive Chinese pricing.

This model is becoming more common across strategic minerals. Buyers gain secure supply, while producers gain demand certainty and a clearer financing case.

Eneabba Builds Australia’s Downstream Rare Earth Position

Iluka’s 23,000 t/yr Eneabba refinery is central to Australia’s effort to move beyond mineral extraction and into rare earth separation and refining.

Export Finance Australia has confirmed access to a A$1.65bn non-recourse federal government loan for the project. The refinery’s total capital estimate remains at A$1.7bn-1.8bn.

The scale of government support shows how strategically important downstream rare earth processing has become. Australia has strong mineral resources, but long-term value depends on converting those resources into separated oxides that magnet and industrial customers can use.

Construction firm Civmec has been awarded work covering structural, mechanical, piping, electrical and instrumentation activities. With the project already more than halfway complete, execution risk is now shifting from financing toward construction, commissioning and product qualification.

If Eneabba starts on schedule, Iluka could become an important non-China supplier of both light and heavy rare earth oxides. The automotive offtake agreement gives the refinery an early anchor customer and strengthens its route to market.

The Metalnomist Commentary

Iluka’s agreement shows that rare earth diversification is becoming commercially real when long-term offtake, price protection and government finance align. Eneabba’s strategic value lies in supplying qualified NdPr, dysprosium and terbium outside the China-dominated refining chain.

Lynas Rare Earths Permit Extension Secures Malaysia Refinery Through 2036

Lynas Rare Earths

Lynas rare earths permit approval in Malaysia gives the Australian producer long-term operating certainty for one of the most important non-Chinese rare earth refining assets. Malaysia’s Department of Atomic Energy extended the company’s refinery operating permit for a decade to 2036, supporting continued light and heavy rare earth oxide production.

The Lynas rare earths permit extension strengthens confidence across the company’s supply chain. Lynas processes rare earth carbonates from Western Australia at its Malaysian plant, making the site a key link between Australian mining and downstream oxide production.

The decision comes as governments and manufacturers seek more secure rare earth supply outside China. For magnet makers, defense contractors, EV suppliers, and industrial technology companies, stable refining capacity is just as important as mine output.

Heavy Rare Earth Separation Becomes the Strategic Growth Area

Lynas expanded its Malaysian refinery in 2025 by building a 1,500 t/yr heavy rare earth separation circuit. The company began producing separated dysprosium and terbium at the site in May and June 2025, respectively.

This is strategically important because dysprosium and terbium are critical inputs for high-performance permanent magnets. These magnets support electric vehicles, wind turbines, robotics, aerospace systems, defense equipment, and advanced electronics.

The Lynas rare earths permit extension allows the company to continue scaling this capability. Lynas plans to build a 5,000 t/yr heavy rare earth separation plant at the Malaysian site in phases over the next two years, deepening its role in the global rare earth value chain.

Malaysian Expansion Supports Wider Rare Earth Product Diversification

Lynas increased saleable rare earth oxide output by 19pc year on year to 6,375t in July-December 2025. This production growth highlights the importance of the Malaysian refinery as demand for separated oxides continues to rise.

The company also plans to broaden its product line. Lynas aims to produce separated samarium from April 2026, before expanding into gadolinium, yttrium, and lutetium by 2028. These additions would give the refinery a wider specialty rare earth platform.

Lynas is also working to support Malaysia’s broader rare earth sector. Its cooperation with Menteri Besar, the investment agency for Kelantan state, signals that Malaysia wants to play a larger role in rare earth processing and industrial development.

The Metalnomist Commentary

The Lynas permit extension is more than a regulatory approval; it is a supply-chain stability event. Western rare earth strategies depend on long-life refining assets, and Malaysia is now positioned as a critical node in heavy rare earth separation.

Lynas Rare Earths expansion accelerates after $490mn capital raise

Lynas Rare Earths

Lynas Rare Earths expansion gathers pace after a $490mn capital raise to scale mining and processing outside China. Lynas Rare Earths expansion will strengthen heavy and light rare earth supply for magnet makers in allied markets.

Lynas completed an A$750mn equity raise at A$13.25/share, a 10% discount. The company will also offer retail holders up to A$75mn at the same price. Management directs proceeds to expand upstream feedstock, separation capacity, and downstream conversion.

Lynas produced separated dysprosium and terbium oxides in Malaysia in May and June. This milestone makes Lynas the first producer of separated heavy rare earths outside China. As a result, the company will broaden its heavy rare earth product line.

Lynas is building a diversified midstream footprint. It signed a non-binding pact with Korea’s JS Link to develop a 3,000 t/yr magnet materials plant in Malaysia. Meanwhile, it is developing a US-funded Texas facility for 2,500–3,000 t/yr heavy REE and 5,000 t/yr light REE processing.

Upstream feedstock and NdPr growth at Mount Weld

Lynas is improving access to secure feedstock. It agreed with Malaysia’s Kelantan state to support ionic clay developers and accelerate future sourcing. The company is ramping the Mount Weld expansion, adding 2,400 t/yr to NdPr oxide capacity. Therefore, Lynas will increase magnet-critical output as demand rises.

China’s recent controls tighten private processing of rare earths. This policy shift has lifted NdPr oxide prices. Consequently, Lynas’ expanded capacity and product slate should capture firmer pricing and premium, non-Chinese supply contracts.

Strategic positioning for magnet supply chains

Lynas Rare Earths expansion targets downstream integration and customer proximity. The Texas project under US backing advances allied supply resilience. The Malaysia heavy-oxide capability shortens lead times for high-coercivity magnet chemistries. In parallel, the JS Link partnership moves closer to end-use magnet manufacturing.

Investors will watch execution on capex, commissioning, and product qualification. However, Lynas’ sequencing across feedstock, separation, and conversion reduces single-point risk. The portfolio now spans heavy REEs, light REEs, and emerging magnet partnerships.

The Metalnomist Commentary

Lynas is converting first-mover advantages into a regionalized value chain. Expect multi-year offtakes to price security and origin premiums as HREE supply remains concentrated. Successful ramp-ups in Malaysia and Texas are the catalysts to watch.

Energy Fuels Madagascar Rare Earths Project Faces Delay After Government Change

Energy Fuels

Energy Fuels Madagascar rare earths project is likely to face a delay after a change in government slowed negotiations for a stability agreement. The US rare earths producer said progress on the Vera Mada project in Madagascar has been held back by the administrative transition.

Energy Fuels Madagascar rare earths project had been moving toward an investment agreement before the government change in September-October last year. Chief executive Ross Bhappu said the company had been close to signing the agreement before the process slowed.

Energy Fuels Madagascar rare earths project remains strategically important because Vera Mada is expected to produce monazite, a key rare earth-bearing mineral used to feed separation and downstream processing. The company initially planned to reach a financial investment decision tied to development and commissioning by the end of 2029.

The first phase of Vera Mada is planned with capacity to produce 20,000 t/yr of monazite. Any delay could affect Energy Fuels’ timeline for building a larger rare earth feedstock platform outside China.

Vera Mada and Donald Show Feedstock Complexity

The Vera Mada delay highlights how rare earth projects depend on more than geology. Government agreements, legal stability, fiscal terms and political continuity can all determine whether a project reaches investment decision.

A stability agreement is especially important in emerging mining jurisdictions. It can provide investors with clearer expectations around taxes, permitting, operating rules and long-term project protections.

Energy Fuels is also facing delays at the Donald project in Australia. The project is a joint venture with Astron and is designed to produce 14,000 t/yr of monazite.

Donald has been slowed by the need to finalise offtake agreements for more than four heavy mineral concentrates. Energy Fuels must also coordinate those agreements with financing parties and its joint venture partner.

That process is commercially complex because monazite projects often produce several mineral streams. Each product can require separate customers, pricing structures, logistics arrangements and financing approval.

These delays show the challenge of building rare earth supply chains outside China. Upstream projects must secure feedstock, offtake, financing, regulatory approval and processing routes before they can become meaningful industrial supply.

Terbium, Dysprosium and Yttrium Lift Strategic Value

Energy Fuels is still gaining market attention from its downstream rare earth progress. The company said it received substantial offtaker interest after producing its first terbium.

The company is currently producing about 1kg of terbium each week. It plans to add dysprosium production and other heavy rare earths such as samarium, europium, gadolinium and possibly yttrium, depending on market conditions.

This matters because terbium and dysprosium are critical inputs for high-performance permanent magnets. These magnets are used in electric vehicles, wind turbines, robotics, defence systems and advanced industrial equipment.

Yttrium is also gaining strategic attention. Energy Fuels said demand and requests for yttrium from the aerospace industry are extremely strong.

The company’s first-quarter financial performance also improved. Its loss narrowed to $11mn on revenue of $36mn, compared with a $26mn loss on revenue of $17mn a year earlier.

Energy Fuels is therefore advancing on two fronts. It is building heavy rare earth separation capability, while trying to secure long-term monazite feedstock from Madagascar and Australia.

The near-term risk is timing. If Vera Mada and Donald continue to slip, Energy Fuels may need to rely more heavily on existing and alternative feedstock sources to support its rare earth growth strategy.

The Metalnomist Commentary

Energy Fuels’ challenge shows that rare earth supply chains are constrained by project execution as much as processing technology. Terbium, dysprosium and yttrium demand is strong, but feedstock security will decide how quickly non-China supply can scale.