China controls an estimated 85–90% of global rare earth element separation, approximately 90% of graphite anode processing, and around 60–70% of lithium chemical refining — simultaneously, across the same supply chains that feed western EV and defence manufacturing. Understanding which countries sit behind China in the top 10 critical minerals producing countries is now a supply chain security question as much as a commodity one. This ranking assesses breadth of production, processing capability, and strategic alignment with US, EU, and allied economies, using USGS Mineral Commodity Summaries and the IEA Critical Minerals Outlook as primary data sources.
How We Ranked the Top 10 Critical Minerals Producing Countries
This ranking weights four factors: breadth of critical mineral production across multiple minerals (not dominance in one), share of global output per mineral, processing and refining capability beyond raw mining, and strategic importance to western supply chains — including IRA and Critical Raw Materials Act qualification status. A country that mines significant volumes but ships all ore to China for processing ranks lower than one with integrated domestic processing. China ranks first by a margin that is wider at the processing level than at the mining level — a distinction that shapes the entire western industrial policy response in 2026.
1. China
No other country comes close across the full critical minerals spectrum. China is the world’s largest producer of rare earth elements (~60% of mined output), the dominant processor of REE concentrate (~85–90% of global separation capacity), the leading producer and processor of graphite (~65% of natural graphite mining, ~90% of spherical graphite anode material), and the largest refiner of cobalt (~70% of global cobalt chemical output despite importing most DRC ore) and lithium chemicals (~60% of lithium hydroxide and carbonate processing). China also accounts for the majority of global manganese, tungsten, antimony, and gallium output. The gap between China’s mining share and its processing share is the central strategic vulnerability for western supply chains — a country can reduce dependence on Chinese mined ore while remaining entirely dependent on Chinese refining. Export licensing controls introduced between 2023 and 2025 covering graphite, gallium, germanium, and rare earth processing technology have made this leverage explicit. For more on rare earth pricing dynamics, see the rare earths NdPr price tracker. See also: Asia critical minerals hub.
2. Australia
Australia is the most diversified western-aligned critical minerals producer, and the only country outside China with significant output across lithium, nickel, cobalt, rare earths, copper, and emerging graphite. It is the world’s largest lithium producer by volume — primarily hard rock spodumene from the Pilbara and Goldfields regions, operated by Pilbara Minerals (ASX: PLS), Albemarle (NYSE: ALB) at Greenbushes, and IGO (ASX: IGO) — accounting for roughly 46–48% of global mined lithium in 2024–25 (USGS estimate). Lynas Rare Earths (ASX: LYC) operates the world’s only significant rare earth separation facility outside China at its Malaysian processing plant, with ore sourced from Mount Weld, Western Australia. Nickel output from Western Australia has faced pressure from low prices and Chinese competition, with several operations placed on care and maintenance in 2023–24, but the resource base remains among the world’s largest. Australia holds government-to-government critical minerals agreements with the US, EU, Japan, and South Korea, and Australian-sourced minerals qualify under several IRA provisions. See the lithium price tracker and Oceania critical minerals hub.
3. Democratic Republic of Congo
The DRC is the world’s largest cobalt producer by a substantial margin, accounting for approximately 70–75% of global mined cobalt output (USGS 2024). It also holds significant copper production — roughly 10–12% of global output — from the Central African Copperbelt, making it a dual-mineral producer of strategic importance. The critical caveat is ownership and processing: the majority of DRC’s industrial cobalt and copper operations are Chinese-owned or Chinese-financed, and virtually all cobalt ore and concentrate is shipped to China for refining. Artisanal and small-scale mining (ASM) accounts for an estimated 15–25% of cobalt output and carries significant child labour and traceability risks that western battery manufacturers must navigate for due diligence compliance. The DRC’s cobalt reserves are critical to global battery supply, but the combination of Chinese operational control, limited domestic processing, and ASM exposure means it cannot be treated as a straightforward western-aligned source without significant supply chain qualification work. See the cobalt price tracker and Africa critical minerals hub.
4. Chile
Chile holds the world’s largest lithium reserves — estimated at 9.3 million tonnes (USGS 2024) — and is the second-largest lithium producer after Australia, accounting for roughly 28–30% of global output from the Atacama brine operations of SQM (NYSE: SQM) and Albemarle. Chile also produces approximately 27% of global copper output, making it the world’s largest copper supplier — a position held consistently for decades via state operator Codelco and private operators including BHP (ASX: BHP), Anglo American (LSE: AAL), and Antofagasta (LSE: ANTO). The Chilean government’s 2023 National Lithium Strategy, which established state participation requirements for new lithium projects via Codelco and ENAMI, has introduced uncertainty for foreign investors but has not disrupted current production. Chile’s strategic agreements with the US and EU are developing but less advanced than Australia’s or Canada’s. See the lithium price tracker, copper price tracker, and South America critical minerals hub.
5. Canada
Canada’s strategic position in critical minerals has strengthened considerably since 2022, driven by its status as a US free trade agreement partner qualifying Canadian-sourced minerals for Inflation Reduction Act EV tax credit eligibility — a specific confirmed policy advantage that makes Canada strategically distinct from most other non-US producers. Canada produces lithium (Ontario and Quebec hard rock and brine projects in development, with Patriot Battery Metals and Standard Lithium among active developers), cobalt (primarily as a byproduct of nickel operations in Ontario), nickel (Sudbury Basin, Vale and Glencore operations), copper (BC and Quebec), and rare earths (Vital Metals’ Nechalacho project, NWT). Processing capability is developing — there is significant government investment in battery materials refining in Ontario and Quebec under federal critical minerals strategy funding. Canada-US bilateral coordination on critical minerals has intensified under both the Minerals Security Partnership and direct bilateral agreements. See the nickel price tracker and North America critical minerals hub.
6. Russia
Russia holds significant critical minerals reserves and production capacity across nickel, palladium, cobalt, titanium, and rare earths. Norilsk Nickel (MCX: GMKN) is the world’s largest palladium producer and a major nickel and cobalt supplier. Russia accounts for approximately 7–9% of global nickel output and a meaningful share of global cobalt supply as a byproduct. The geopolitical reality post-February 2022 has severed most Russian supply chains from western buyers: EU sanctions and voluntary supply chain diversification by western battery manufacturers have significantly reduced Russian materials flows into European and North American industrial supply chains. Russia’s critical minerals output continues but is increasingly redirected toward China and non-aligned markets. Its ranking here reflects resource and production scale rather than current western supply chain relevance — for planning purposes, Russian supply should be treated as unavailable to western buyers for the foreseeable future.
7. United States
The US holds significant domestic critical minerals resources and has the world’s largest rare earth deposit at Mountain Pass, California, operated by MP Materials (NYSE: MP), which produces rare earth concentrate and is developing domestic separation and magnet manufacturing capability. The US produces copper (Arizona, Utah, New Mexico — roughly 6% of global output), lithium (Nevada, with Lithium Americas’ Thacker Pass and Ioneer’s Rhyolite Ridge in permitting and construction), nickel (limited current production), and cobalt (as byproduct). The Inflation Reduction Act has directed substantial capital toward domestic critical minerals processing — MP Materials’ Fort Worth magnet facility, Albemarle’s Kings Mountain lithium project, and multiple battery materials refining investments. The gap between US reserve endowment and current production reflects decades of underinvestment and Chinese price competition, not geology. IRA implementation is accelerating the development pipeline but most projects remain 3–7 years from nameplate production. See the North America critical minerals hub.
8. Indonesia
Indonesia has emerged as one of the most significant critical minerals stories of the past five years, driven by its nickel laterite reserves — the world’s largest — and an aggressive downstream processing mandate that has transformed it from a raw ore exporter into a growing nickel chemical and battery materials supplier. Indonesia banned nickel ore exports in 2020, forcing investment in domestic HPAL (high-pressure acid leach) processing facilities, and has since become a significant producer of nickel sulphate and mixed hydroxide precipitate (MHP) for the battery supply chain. Chinese companies — including Tsingshan and CNGR — have been the primary investors in Indonesian HPAL capacity, raising questions about whether Indonesian nickel processing genuinely diversifies western supply chains or simply relocates Chinese processing capacity. Indonesia also holds bauxite, copper, and cobalt resources. See the nickel price tracker.
9. Brazil
Brazil is the world’s largest niobium producer by a significant margin — Vale (NYSE: VALE) subsidiary CBMM accounts for approximately 75–80% of global niobium supply, a near-monopoly position in a mineral used in high-strength steel for automotive and aerospace applications. Brazil also produces lithium from hard rock pegmatite deposits in Minas Gerais (Sigma Lithium, NASDAQ: SGML, is the primary listed operator), graphite (primarily amorphous grades for industrial use), nickel, manganese, and copper. Brazil’s lithium output remains small relative to Australia and Chile but the resource base is substantial and development activity has increased. Brazil has signed critical minerals agreements with the US and EU and is positioning itself as an IRA-compatible supplier, though formal qualification frameworks are still developing. The combination of niobium dominance and diversified lithium, graphite, and nickel production gives Brazil a stronger multi-mineral profile than its headline ranking in individual minerals suggests.
10. Zambia
Zambia ranks tenth on the strength of its copper production — approximately 4–5% of global output from the Copperbelt, with major operators including First Quantum Minerals (TSX: FM) and Vedanta Resources — and its emerging cobalt profile as a byproduct of copper operations. Zambia is actively positioning itself as a battery minerals hub: the Zambian government signed a critical minerals MOU with the US in 2023 and has engaged with EU critical raw materials initiatives. Domestic processing ambitions are nascent — most copper is exported as concentrate or blister copper rather than refined cathode. Zambia’s cobalt output is small relative to the DRC but its political stability, rule of law framework, and active western government engagement give it a stronger strategic alignment profile than its production volumes alone would suggest. First Quantum’s Kansanshi and Sentinel operations are the largest copper assets. See the Africa critical minerals hub.
Summary: Top 10 Critical Minerals Producing Countries 2026
| Country | Key Critical Minerals | Headline Global Share | Processing Capability | Western Strategic Alignment |
|---|---|---|---|---|
| China | REE, Graphite, Cobalt, Lithium, Tungsten, Gallium | ~85–90% REE separation; ~90% graphite anode; ~70% cobalt refining | Dominant across all minerals | Adversarial — subject to export controls |
| Australia | Lithium, Nickel, Cobalt, REE, Copper, Graphite | ~46–48% mined lithium (est.) | Developing — Lynas REE separation; battery materials investment | High — US, EU, Japan, South Korea agreements |
| DRC | Cobalt, Copper | ~70–75% mined cobalt | Minimal — ore exported to China for refining | Low — majority Chinese operational ownership |
| Chile | Lithium, Copper | ~28–30% mined lithium; ~27% copper | Moderate — brine processing integrated; smelting capacity | Medium — US/EU agreements developing |
| Canada | Lithium, Cobalt, Nickel, Copper, REE | Significant — multi-mineral, growing | Developing — Ontario/Quebec battery materials investment | Very high — IRA-qualifying FTA partner |
| Russia | Nickel, Palladium, Cobalt, Titanium | ~7–9% nickel; dominant palladium | Significant — integrated Norilsk operations | None — sanctioned / supply chain excluded |
| United States | REE, Copper, Lithium, Nickel (developing) | ~6% copper; Mountain Pass REE concentrate | Developing — IRA-funded expansion | Domestic supply — highest strategic priority |
| Indonesia | Nickel, Bauxite, Cobalt | World’s largest nickel reserves; ~35–40% mined nickel (est.) | Growing HPAL capacity — primarily Chinese-invested | Medium — engagement with IRA frameworks ongoing |
| Brazil | Niobium, Lithium, Graphite, Nickel, Manganese | ~75–80% niobium (CBMM near-monopoly) | Integrated niobium; lithium processing developing | Medium-high — US/EU agreements signed |
| Zambia | Copper, Cobalt | ~4–5% copper | Limited — concentrate and blister copper | Medium-high — US MOU signed 2023; EU engagement |
China’s Multi-Mineral Dominance — Mining, Processing, and the Supply Chain Chokepoint
The most important fact in critical minerals supply chain analysis is not China’s mining share — it is China’s processing share, and the gap between the two. China mines roughly 60% of global rare earth elements but processes approximately 85–90% of global REE separation. It mines around 65% of natural graphite but controls an estimated 90% of the spherical graphite anode material that goes into lithium-ion batteries. It imports most of its cobalt ore from the DRC but refines approximately 70% of global cobalt chemicals. It sources a significant share of its lithium spodumene from Australia but processes roughly 60% of global lithium hydroxide and carbonate. In each case, the processing share exceeds the mining share — and it is the processing stage that determines whether a mineral is usable in a battery cell or a defence application.
This distinction explains why western industrial policy has increasingly shifted from upstream mining investment to midstream processing capability. Building a mine in Australia or Canada does not reduce Chinese supply chain dominance if the ore still travels to Guangdong for refining. The IRA’s domestic content requirements and the EU’s Critical Raw Materials Act both attempt to address this by mandating that processing — not just extraction — occurs within allied territory or through qualified supply chains.
China has made its leverage explicit through a sequence of export controls: graphite export licensing requirements introduced in late 2023, gallium and germanium controls in 2023, rare earth processing technology export restrictions in 2024, and additional rare earth export licensing measures in 2025. These controls have not yet caused acute western supply shortages, but they have introduced the credible threat of disruption that is now priced into industrial policy timelines. See Asia critical minerals hub for regional context.
The Western Supply Chain Response — Which Countries Are Positioned to Fill the Gap
Australia is the strongest positioned western-aligned producer across the broadest mineral range. Hard rock lithium from Western Australia is the primary feedstock for non-Chinese lithium chemical production, and Lynas’ Mount Weld rare earth operation is the only non-Chinese source of separated NdPr oxide at meaningful scale. Australia has signed government-to-government critical minerals agreements with the US (including the US-Australia Climate, Critical Minerals and Clean Energy Transformation Compact), EU, Japan, and South Korea, and is investing in domestic processing expansion. Canada is the most strategically significant North American supplier — its IRA free trade agreement status makes Canadian-sourced lithium, cobalt, and nickel directly eligible for US EV tax credits, a commercial incentive structure that no non-FTA country can match. Several Ontario and Quebec battery materials refining projects are in advanced development with federal co-investment.
In Europe, the most significant domestic development is Rio Tinto’s (NYSE: RIO) Jadar lithium project in Serbia — potentially the largest lithium deposit in Europe. The project had its environmental permits revoked by the Serbian government in 2022 following public protests, then reinstated in 2024 after a change in government and revised environmental commitments. It should not be treated as a straightforward development project: the political risk is real, the permitting timeline remains subject to legal challenge, and first production is unlikely before the late 2020s at the earliest. Scandinavian battery metals — including LKAB’s rare earth projects in Sweden and battery-grade nickel from Finnish Terrafame — represent smaller but more politically stable European contributions. The EU’s Critical Raw Materials Act targets 10% of domestic processing of strategic raw materials by 2030, a goal that requires significant acceleration from current trajectories.
The DRC remains the unavoidable cobalt source for the foreseeable future, but the combination of Chinese operational ownership and artisanal mining exposure means western buyers must engage through certified traceability schemes (RMI Responsible Minerals Assurance Process, OECD Due Diligence Guidance) rather than treating DRC cobalt as a simple supply diversification play. Chile’s lithium and copper are critical to any western supply chain but the 2023 National Lithium Strategy’s state participation requirements have slowed new project commitments from foreign operators.
The Outlook for Critical Minerals Producing Countries in 2026
The central tension in 2026 is between the pace of western processing capacity build-out and the speed at which China could choose to tighten export controls further. IRA implementation has catalysed genuine investment in North American processing — MP Materials’ magnet factory, Albemarle’s Kings Mountain restart, and multiple battery materials refining projects in Canada — but most are 2–5 years from full nameplate capacity. The CRMA’s 2030 processing targets face a similar timeline challenge. China’s decision calculus on export controls has moved from reactive to strategic, and further restrictions on processed battery materials (rather than just raw or semi-processed minerals) cannot be ruled out. Indonesia’s HPAL capacity expansion is real but predominantly Chinese-financed, meaning it does not straightforwardly reduce Chinese supply chain control. The countries best positioned to gain strategic supply share by 2030 are Australia, Canada, and — if political conditions hold — Zambia and Brazil in specific minerals. For a global overview of critical minerals supply chain dynamics, see the global critical minerals hub.
This article is for informational purposes only and does not constitute investment advice. Production figures and market share estimates are subject to revision as official data is updated.
Which country produces the most critical minerals in 2026?
China leads the top 10 critical minerals producing countries by a significant margin — not only in mining but particularly in processing and refining. China controls an estimated 85–90% of global rare earth separation, around 90% of graphite anode processing, approximately 70% of cobalt refining, and roughly 60% of lithium chemical production. No other country comes close across this breadth of minerals simultaneously.
What counts as a critical mineral for this ranking?
This ranking uses the USGS and IEA definitions of critical minerals — materials assessed as essential to modern economies and subject to supply chain risk due to geographic concentration of production or processing. In 2026, the core list includes rare earth elements, lithium, cobalt, nickel, graphite, copper, manganese, tungsten, gallium, and germanium, among others. The specific list varies slightly between the US, EU, and Australian government designations.
Which countries are the most important for western critical minerals supply chains?
Australia and Canada are the highest-priority western-aligned suppliers in 2026. Australia provides the broadest multi-mineral coverage — lithium, nickel, cobalt, rare earths, and copper — with government-to-government agreements in place with the US, EU, Japan, and South Korea. Canada benefits from IRA free trade agreement status, making Canadian-sourced minerals directly eligible for US EV tax credit compliance. Chile is critical for copper and lithium but faces investor uncertainty following the 2023 National Lithium Strategy. The DRC supplies approximately 70–75% of global cobalt but the majority of operations are Chinese-owned.
How does China’s dominance in critical minerals processing affect global supply chains?
China’s processing dominance is more consequential than its mining dominance. A western country can build a lithium mine in Australia or a cobalt mine in Canada, but if the ore still requires Chinese refining to become a battery-grade chemical, the supply chain remains dependent on China at the critical value-added stage. China has reinforced this leverage through export licensing controls on graphite (2023), gallium and germanium (2023), rare earth processing technology (2024), and rare earth minerals (2025), creating credible disruption risk that now shapes western industrial policy timelines under the IRA and EU Critical Raw Materials Act.
Which countries are emerging as new critical minerals producers in 2026?
Zambia is the most actively developing western-aligned new entrant, expanding copper and cobalt output and engaging directly with US and EU supply chain initiatives. Brazil is growing its lithium profile through hard rock projects in Minas Gerais alongside its long-established niobium near-monopoly. Within Europe, Serbia’s Jadar lithium project (Rio Tinto) has had permits reinstated after political disruption and is in development, though first production remains several years away. Indonesia’s HPAL nickel capacity has expanded significantly, though most investment is Chinese-financed rather than western-aligned.
