Top 10 Nickel-Producing Countries in 2025: A Comprehensive Analysis
Global nickel market overview
Nickel underpins two giant industrial systems: stainless steel (corrosion resistance and strength) and the battery supply chain (high energy density cathodes). In a 2025 snapshot, the defining feature is concentration: Indonesia alone supplies roughly two-thirds of global mine output, and the rest of the top tier is a long tail of producers.
The latest USGS global estimate puts 2025 mine production at 3.9 million metric tons (nickel content), up from 3.71 million in 2024. The same snapshot shows a lower annual average LME cash price in 2025 than in 2024, consistent with a market that remains well supplied.
Key takeaways (2025 snapshot)
- Indonesia sets the global baseline. Even small percentage changes in Indonesia’s output can move global balances and prices.
- Supply is not only a mine story. Market tightness depends on downstream conversion (e.g., matte/MHP/sulfate) and the split between Class I vs Class II products.
- EV demand is growing, but chemistry is shifting. LFP has expanded rapidly, reducing nickel intensity growth versus earlier expectations, even as total battery demand rises.
- Country risk matters. Permitting, ESG constraints, energy costs, and trade policy shape which projects actually deliver tonnage.
Note: Mine production is measured as nickel content in ore/concentrate. This differs from primary/refined nickel statistics used in many market balance discussions.
Top 10 nickel-producing countries (2025)
Values are mine production (nickel content). Most 2025 figures come from the latest USGS estimate. For two smaller producers, 2025 is shown as a proxy based on the latest country-level mine production published in the British Geological Survey dataset.
Top 10 table (2024 actual vs 2025 estimate)
| Rank | Country | 2024 (t) | 2025 (t) |
|---|---|---|---|
| 1 | Indonesia | 2,310,000 | 2,600,000 |
| 2 | Philippines | 354,000 | 270,000 |
| 3 | Russia | 205,000 | 200,000 |
| 4 | Canada | 125,000 | 140,000 |
| 5 | New Caledonia | 116,000 | 140,000 |
| 6 | China | 115,000 | 120,000 |
| 7 | Brazil | 67,500 | 70,000 |
| 8 | Australia | 98,000 | 45,000 |
| 9 | Madagascar | — | ≈ 38,900* |
| 10 | Cuba | — | ≈ 37,900* |
Chart: Top 10 nickel mine production (2025 estimate)
Methodology and data notes
This ranking uses mine production of nickel (nickel content), reported in metric tons. The core 2024 actual and 2025 estimated values are taken from the latest USGS Mineral Commodity Summaries snapshot. “Mine production” refers to nickel content in mined material (ore/concentrate or intermediate products at the mine stage), and it should not be confused with refinery output or “primary nickel” market supply.
Some public market balance discussions (surplus/deficit) use primary nickel production and usage (often compiled by industry bodies), which can diverge from mine production due to intermediates, inventories, and conversion capacity. Battery relevance also depends on product form (e.g., matte/MHP/sulfate) and the split between Class I and Class II nickel units.
For a small number of producers not itemized as separate countries in the USGS 2024–2025 country table, 2025 values are shown as stability proxies using the latest published country-level mine output series. This avoids inventing numbers while still representing the typical scale of the next tier of producers.
Limitations: country estimates can be revised; “Other countries” aggregation can mask rank changes among smaller producers; and price/market conditions can trigger rapid curtailments, especially in higher-cost operations.
Insights: what the 2025 ranking tells you
1) Concentration is the story
Indonesia’s 2025 estimate (2.6 million tons) implies that global price direction, investment cycles, and downstream margins increasingly hinge on one jurisdiction’s policy and industrial strategy. For buyers, this raises classic single-supplier exposure issues: not just availability, but also quality, ESG constraints, and logistics.
2) Not all nickel is equally “battery-ready”
EV supply chains require specific nickel units. As battery chemistry evolves (including the rapid growth of LFP), demand growth for nickel can be strong in absolute terms but less explosive than earlier high-nickel-only narratives implied. The practical question is increasingly: which projects can deliver the required product form at acceptable cost and emissions intensity?
3) Curtailments matter more in a surplus era
The 2025 estimate shows sharp reductions in some jurisdictions. When prices fall, higher-cost supply is the first to pause—especially where energy, labor, or compliance costs are high. This is how a seemingly “oversupplied” market can still experience localized tightness for certain nickel products.
What this means for readers (industry, policy, and investment)
If you manage procurement, the takeaway is diversification by product form and conversion pathway, not only by country. If you build batteries or stainless steel, price softness may help costs, but concentration increases supply-chain risk.
For governments, the ranking illustrates why industrial strategy increasingly focuses on refining and precursor materials, recycling capacity, and permitting speed. For investors, the key is unit economics: cost curve position, ability to sell into “preferred” supply chains, and resilience under low-price conditions.
FAQ: nickel production and market dynamics
Indonesia combines a very large laterite resource base with an industrial policy that pulled investment into processing and scale-up. Once a country becomes the default source for incremental supply, it can dominate global market balances.
Mine production measures nickel content at the extraction stage. Refined/primary nickel measures supply in market-ready forms after processing and conversion. Bottlenecks can occur between the two, so the same mine tonnage can have very different market impacts depending on conversion capacity.
Because supply can rise faster than demand, and because demand is split across uses and product forms. EV growth is real, but stainless steel remains the dominant use in many markets, and battery chemistries are shifting (including toward LFP), changing the growth rate of nickel intensity.
Usually it describes the downstream product specification (purity and chemical form) rather than the mine itself. The same mine can feed different product streams depending on processing technology and the final conversion route.
Over time, yes. Scaling recycling reduces the need for fresh mined material, especially after large volumes of end-of-life batteries begin returning to the system. The main constraint is timing: early gains mostly come from manufacturing scrap, while end-of-life volumes ramp later.
The very top tends to be stable, but the middle and lower ranks can reshuffle quickly due to curtailments, new capacity, weather, and regulatory decisions. That is why production rankings are best read alongside cost-curve and processing capacity context.
Data & charts
Use the table tools to search and sort the 2025 snapshot. Toggle between metric tons and share of global mine production. Shares are calculated against the USGS global 2025 estimate of 3,900,000 t.
Two entries use a published proxy because they are included inside the USGS “Other countries” bucket for 2024–2025 country detail.
Top 10 (2025 snapshot)
| Rank | Country | 2025 value | YoY |
|---|---|---|---|
| 1 | Indonesia Major global swing producer | 2,600,000 66.67% | +12.6% |
| 2 | Philippines Laterite ore exporter; output volatility | 270,000 6.92% | −23.7% |
| 3 | Russia Sulfide mining; trade constraints matter | 200,000 5.13% | −2.4% |
| 4 | Canada Sulfide supply; strategic for North America | 140,000 3.59% | +12.0% |
| 5 | New Caledonia Laterites; major producer for its size | 140,000 3.59% | +20.7% |
| 6 | China Mine supply modest; processing power large | 120,000 3.08% | +4.3% |
| 7 | Brazil Reserve-rich; stable output base | 70,000 1.79% | +3.7% |
| 8 | Australia Curtailments highlight cost curve | 45,000 1.15% | −54.1% |
| 9 | Madagascar Proxy (not itemized in USGS 2024–2025) | ≈ 38,900 1.00% | n/a |
| 10 | Cuba Proxy (not itemized in USGS 2024–2025) | ≈ 37,900 0.97% | n/a |
Scatter: production vs reserves (major producers)
This chart compares 2025 estimated mine production (x-axis, thousand tons) with reserves (y-axis, million tons). It illustrates how some countries combine high output with long resource life, while others are production-heavy but smaller in reserve base.
Interpretation: reading the ranking correctly
A production ranking is a scale map, not a full competitiveness map. It tells you who moves the most physical material, but it does not automatically tell you who captures the most value. Value depends on processing, product form, energy costs, emissions intensity, logistics, and the ability to sell into preferred supply chains.
In 2025, the ranking also reflects a broader market reality: many industry balance sheets point to surplus conditions, and prices have been under pressure. In surplus eras, the decisive variables are cost curve position, conversion bottlenecks, and policy risk—not just geology.
How EV trends reshape nickel demand
EV battery demand is still growing quickly, but the mix is changing. LFP has taken a large share of the electric car market, reducing nickel intensity growth relative to a world dominated by high-nickel chemistries. At the same time, nickel remains important for high-energy-density applications and segments where performance requirements favor nickel-based cathodes.
Practical implication: the winners are not only those who mine nickel, but those who can reliably convert it into the right battery-ready products with competitive costs and acceptable ESG profiles.
Policy takeaways
- Reduce single-jurisdiction dependence. Diversification can focus on conversion capacity (matte/MHP/sulfate), not only ore supply.
- Accelerate permitting without weakening standards. Long lead times can make supply response lag demand shifts.
- Support recycling scale-up. Recycling becomes a more meaningful supply source as end-of-life volumes rise, especially after 2035.
- Improve transparency. Separating mine output, intermediates, and refined products helps industry plan and avoids policy mistakes.
Bottom line
The 2025 nickel story is dominated by one fact: Indonesia sets the marginal supply. That reality influences everything from pricing to project finance and industrial policy. The next competitive edge is increasingly downstream: conversion, recycling, and reliable delivery into battery and stainless value chains.
Sources (official and research)
- USGS Mineral Commodity Summaries (Nickel, 2026 snapshot) — global mine production, reserves, and price indicators used for the 2024–2025 estimates.
- USGS Nickel Statistics & Information — hub for USGS nickel publications and data context.
- International Nickel Study Group (INSG) — market forecasts and balances (primary nickel production/usage framing).
- British Geological Survey — World Mineral Production 2019–2023 — country-level mine production series used for proxy values where USGS aggregates smaller producers.
- IEA — Global EV Outlook 2024 — nickel demand from batteries and battery market context.
- IEA — Global Critical Minerals Outlook 2025 — battery chemistry shift and implications for nickel-based cathodes.
- IEA — EV Battery Supply Chain Sustainability — recycling impact scenarios for critical mineral demand, including nickel.
Note: “Mine production” (nickel content) and “primary nickel production” are different concepts and may not match one-to-one in any given year.
