Nickel Market Outlook 2026: Indonesia Oversupply, Battery Demand, and Class 1 Premium

> Indonesia's NPI and HPAL expansion has created a structural oversupply in the global nickel market, pushing LME prices below the cost curve for most Western producers. But the market is not monolithic. Class 1 battery-grade nickel remains tighter than the headline surplus suggests, and the gap between stainless-steel feedstock and battery-grade metal is widening. The nickel price forecast 2026 hinges on whether that split deepens or converges.

Last updated: 2026-02-09

Quick Summary

• Mining Terminal tracks 511 nickel projects across 47 countries, with Australia (238) and Canada (170) holding the largest listed pipelines. See the full breakdown in the nickel project pipeline.
• Indonesia accounts for roughly 50% of global mined nickel production yet only 14 projects appear in the listed-company pipeline, reflecting the dominance of private and state-linked operators.
• Western nickel mines in Australia, Canada, and New Caledonia are shutting down or entering care and maintenance as LME prices remain below their all-in sustaining costs.
• The nickel price forecast 2026 depends on three variables: Indonesian export policy, the NMC-vs-LFP battery chemistry race, and whether Western governments intervene to protect domestic supply chains.

Nickel project pipeline: what Mining Terminal data shows

Mining Terminal tracks 12,003 mining projects across 3,070 public companies. Nickel represents 511 of those projects, or 4.3% of the total pipeline. That places nickel fifth among tracked commodities, behind gold, copper, lithium, and uranium, but ahead of silver, coal, and zinc.

For battery metals specifically, the nickel pipeline is thinner than lithium but thicker than cobalt and graphite. Why it matters: the battery supply chain requires all four metals in varying ratios depending on cathode chemistry.

| Battery metal | Projects tracked | Share of pipeline |
| --- | --- | --- |
| Lithium | 696 | 5.8% |
| Nickel | 511 | 4.3% |
| Rare Earth Elements | 218 | 1.8% |
| Cobalt | ~120 | ~1.0% |
| Graphite | ~95 | ~0.8% |

The nickel project pipeline is exploration-heavy: 430 projects (84.1%) sit in early-stage exploration, 29 (5.7%) are in development, and only 47 (9.2%) are in production. Five projects are suspended. That stage mix signals a long lead time before new listed-company supply can reach the market, even if prices recover. For a deeper cut, see the nickel project pipeline 2026 snapshot.

Indonesia supply dominance

Indonesia has reshaped the global nickel market faster than almost any supply shock in commodity history. The country's mined nickel output has grown from roughly 400,000 tonnes in 2017 to over 1.8 million tonnes in 2025, according to USGS and Indonesian government data. That trajectory makes Indonesia the source of approximately half of all mined nickel globally.

The growth has been driven by two processing routes:

• Nickel pig iron (NPI): Low-grade laterite ore is smelted into NPI, a ferronickel product used primarily in stainless steel production. NPI capacity in Indonesia has expanded rapidly, largely financed and operated by Chinese companies in partnership with Indonesian state entities.
• HPAL (high-pressure acid leaching): Laterite ore is processed into mixed hydroxide precipitate (MHP), which can be further refined into battery-grade nickel sulphate. HPAL plants are more capital intensive and technically challenging than NPI smelters, but they open the pathway to EV battery feedstock.

Indonesia's ore export ban, first implemented in 2014 and reinstated in 2020, forced downstream processing onshore. The result has been a surge in both NPI and HPAL capacity that has overwhelmed global demand growth. The International Nickel Study Group (INSG) estimated a global surplus of approximately 150,000-200,000 tonnes in 2025, with Indonesia responsible for the vast majority of incremental supply.

For the nickel price forecast 2026, the key question is whether Indonesia maintains or tightens its current policy. Any move toward export quotas, environmental restrictions on new smelters, or domestic market obligations for battery-grade material could reduce the surplus faster than the market currently expects.

Class 1 vs Class 2: the nickel market split

The nickel market is not a single market. It is two markets with different supply chains, different customers, and increasingly different price dynamics.

Class 1 nickel refers to refined metal with 99.8% or higher purity. This includes LME-deliverable cathode, briquettes, and nickel sulphate suitable for battery cathode precursors. Class 1 is what EV battery manufacturers need.

Class 2 nickel refers to NPI and ferronickel, which are lower-purity products used almost exclusively in stainless steel. Class 2 is what Indonesia produces in enormous volume.

| Attribute | Class 1 | Class 2 |
| --- | --- | --- |
| Purity | 99.8%+ | 1.5-15% Ni content |
| Primary use | Batteries, aerospace, specialty alloys | Stainless steel |
| Key producers | Nornickel, BHP, Vale, Glencore | Indonesia NPI smelters |
| LME deliverable | Yes | No |
| Supply trend 2024-2026 | Tightening (mine closures) | Growing (Indonesia expansion) |

The LME nickel price technically references Class 1 metal, but the flood of Class 2 supply has dragged overall sentiment and pricing lower. This creates a paradox: the headline price is depressed by NPI oversupply, but the actual market for battery-grade nickel feedstock is tighter than the LME number suggests.

When screening stocks, screening nickel mining stocks, the Class 1 vs Class 2 distinction is critical. A company producing or developing a sulphide deposit that can yield battery-grade nickel has a fundamentally different value proposition than one producing laterite ore for the NPI chain.

Battery demand trajectory

Nickel demand from the battery sector has grown from roughly 100,000 tonnes in 2020 to an estimated 400,000-500,000 tonnes in 2025. That growth is driven almost entirely by electric vehicles, with grid storage contributing a smaller but rising share.

However, the battery demand outlook for nickel is complicated by cathode chemistry competition:

• NMC (nickel manganese cobalt): The dominant chemistry for long-range EVs, with nickel-rich variants (NMC 811, NMC 9.5.5) using 60-80 kg of nickel per vehicle. NMC remains the preferred chemistry for premium EVs in Europe and North America.
• LFP (lithium iron phosphate): Uses zero nickel. LFP has gained significant market share, particularly in China and in standard-range vehicles globally. LFP's cost advantage and safety profile have pushed its share of global EV battery installations from roughly 30% in 2021 to over 40% in 2025.

The LFP vs NMC split is the single largest demand-side variable in any nickel price forecast 2026. If LFP continues to gain share, nickel demand growth from batteries will slow even as total EV sales accelerate. If NMC holds its position in the premium and long-range segments, nickel demand could reach 600,000-700,000 tonnes from batteries alone by 2030.

Stainless steel remains the largest end-use for nickel at roughly 70% of total demand. Stainless demand is tied to construction, infrastructure, and industrial activity, primarily in China. A slowdown in Chinese property and infrastructure investment would weigh on the stainless segment independently of battery trends.

Key jurisdictions for nickel supply

Mining Terminal's project data reveals a striking geographic mismatch. The largest listed-company nickel pipelines are in Australia and Canada, but the dominant production center is Indonesia, where most operators are private or state-linked and therefore underrepresented in public equity databases.

| Country | MT projects | Est. share of global production | Key operators |
| --- | --- | --- | --- |
| Indonesia | 14 | ~50% | PT Vale Indonesia, Nickel Industries, Harita Nickel (private) |
| Philippines | ~7 | ~10% | Nickel Asia, Global Ferronickel |
| Russia | ~3 | ~7% | Nornickel |
| Australia | 238 | ~5% | BHP Nickel West, IGO, Wyloo (private) |
| Canada | 170 | ~5% | Vale (Sudbury/Voisey's Bay), Glencore (Raglan) |
| New Caledonia | ~3 | ~5% | Prony Resources, Koniambo (Glencore), SLN (Eramet) |

Australia hosts the largest listed nickel pipeline by project count (238 projects, 46.6% of tracked nickel projects), but most are early-stage exploration. Canada is second with 170 projects (33.3%). Indonesia's 14 tracked projects understate its true scale because production is concentrated in large, privately held or state-adjacent operations.

For a jurisdiction-level view of the full pipeline, use the mining projects by country database and filter for nickel.

The Western nickel crisis

The Indonesian supply surge has pushed LME nickel prices to levels that are uneconomic for most Western nickel operations. Between 2023 and 2025, a wave of mine closures, suspensions, and writedowns hit the Western nickel sector:

• BHP Nickel West (Australia): Suspended operations at the Kwinana and Kalgoorlie nickel refineries in late 2024, citing "market conditions." Nickel West had been one of the few integrated Western Class 1 nickel producers.
• Panoramic Resources (Australia): Placed the Savannah nickel mine into care and maintenance.
• Wyloo Metals (Australia): Suspended operations at the Kambalda nickel concentrator.
• First Quantum Minerals (Australia): Closed the Ravensthorpe nickel-cobalt operation.
• New Caledonia: All three major producers (Prony Resources, Koniambo, SLN) have faced financial difficulties, with the French government providing emergency support to prevent total shutdown.
• Glencore: Announced writedowns on its New Caledonian nickel assets.

The pattern is clear: Western nickel mines, which tend to produce higher-cost Class 1 nickel from sulphide or laterite deposits, cannot compete with Indonesia's lower-cost NPI and HPAL output. The effect: a loss of Western refining capacity and growing dependence on Indonesian and Chinese processing.

That produces a supply security dilemma for Western governments. The same countries pushing for EV adoption and critical minerals independence are watching their domestic nickel capacity shut down. The policy response could include subsidies, tariffs, strategic stockpiling, or preferential procurement rules for battery-grade nickel from allied nations. Any such intervention would shift the nickel price forecast 2026 toward the bullish end of the range.

Three scenarios for nickel prices in 2026

The nickel price forecast 2026 depends on a combination of supply policy, demand chemistry, and macro conditions. The table below outlines three scenarios with the key assumptions and price ranges.

| Scenario | LME nickel range (USD/t) | Key assumptions |
| --- | --- | --- |
| Bear | $14,000 - $16,000 | Indonesia continues expanding NPI/HPAL with no policy constraint. LFP gains further share in EVs. China stainless demand weakens. Western mine closures are absorbed. Surplus exceeds 200,000 t. |
| Base | $17,000 - $20,000 | Moderate demand growth in both stainless and batteries. Indonesia maintains current output but slows new approvals. Some Western capacity restarts above $18,000. Surplus narrows to ~100,000 t. |
| Bull | $22,000 - $28,000 | Indonesia imposes export quotas or environmental restrictions. NMC holds share in premium EVs. Western governments introduce critical mineral tariffs or subsidies. Supply disruptions in Philippines or Russia. Surplus flips to deficit. |

The base case assumes no major policy shifts and gradual demand improvement. The bear case is essentially a continuation of 2024-2025 dynamics. The bull case requires at least one significant supply-side disruption or policy intervention.

Investors should note that the LME nickel price is an imperfect benchmark because it references Class 1 metal while the surplus is concentrated in Class 2. A divergence between the LME price and actual battery-grade nickel premiums is possible in all three scenarios.

Equity positioning for nickel exposure

Direct nickel equity exposure is concentrated among a relatively small set of listed companies. For a screened starting list, see nickel mining stocks. For a project-level view, use the nickel project pipeline 2026.

When evaluating nickel equities in the current environment, prioritize:

• Class 1 vs Class 2 output: Companies producing or developing battery-grade nickel sulphide deposits have a structural advantage over laterite-NPI plays in a market where stainless feedstock is oversupplied.
• Cost curve position: With LME nickel near $16,000-18,000/t, only the lowest-cost quartile of Western producers can sustain operations. Check AISC or C1 cash costs against current spot.
• Balance sheet resilience: Companies entering care and maintenance need working capital to survive until prices recover. Avoid names with tight liquidity and near-term debt maturities.
• Jurisdiction and policy leverage: Australian and Canadian nickel companies could benefit disproportionately from critical mineral policies. Monitor government announcements closely.

For broader battery metals context, compare nickel positioning alongside lithium mining companies and the critical minerals supply chain investing guide. For a cross-sector view, the mining stocks outlook 2026 covers positioning across all commodities.

Monitoring framework

Track these signals monthly to update your nickel price forecast 2026 and portfolio positioning:

• LME nickel price and warehouse stocks: Rising warehouse stocks signal continued oversupply. Falling stocks indicate drawdowns.
• Indonesia policy updates: Export quotas, environmental moratoriums, and smelter approval changes can shift supply expectations quickly.
• Battery chemistry mix: Track monthly EV battery installation data from SNE Research or Adamas Intelligence for NMC vs LFP share trends.
• Western mine status: Monitor BHP, IGO, Vale, and Glencore quarterly reports for restart or closure decisions.
• Chinese stainless steel production: The largest demand segment. Monthly data from the China Iron and Steel Association.
• INSG supply/demand balance: Quarterly updates on the global surplus or deficit.

Use filings to cross-check company-level guidance against macro data, and news for real-time updates on policy and production changes.

FAQ

What is the nickel price forecast for 2026?

The base case for LME nickel in 2026 is $17,000-$20,000 per tonne, reflecting continued Indonesian supply dominance partially offset by modest demand growth. The range widens significantly under bear ($14,000-$16,000) and bull ($22,000-$28,000) scenarios depending on Indonesian export policy and battery chemistry trends. No single-point forecast is reliable given the structural uncertainty around Class 1 vs Class 2 dynamics.

Is nickel a good investment in 2026?

Nickel equities are high risk in the current oversupply environment. Western producers face cost-curve pressure, and many have suspended operations. However, companies with low-cost Class 1 nickel assets and strong balance sheets could benefit significantly if supply tightens through policy intervention or demand acceleration. Position sizing should reflect the elevated uncertainty. See nickel mining stocks for a screened list.

What is the difference between Class 1 and Class 2 nickel?

Class 1 nickel is refined metal with 99.8%+ purity, suitable for batteries, aerospace, and specialty alloys. It is LME-deliverable. Class 2 nickel includes NPI and ferronickel, which are lower-purity products used in stainless steel. Indonesia's supply expansion is concentrated in Class 2, but HPAL plants are beginning to produce battery-grade intermediates that can be upgraded to Class 1 specifications.

Why are Western nickel mines shutting down?

Indonesian NPI and HPAL production has pushed global nickel supply into surplus, depressing LME prices below the all-in sustaining cost of most Western operations. Australian, Canadian, and New Caledonian mines typically produce Class 1 nickel from higher-cost sulphide or laterite deposits. At LME prices below $18,000/t, many of these operations are cash-flow negative and have entered care and maintenance. This dynamic creates a long-term supply security concern for Western battery supply chains.

How does LFP battery adoption affect nickel demand?

LFP (lithium iron phosphate) batteries use zero nickel, unlike NMC (nickel manganese cobalt) batteries which use 60-80 kg of nickel per vehicle. As LFP gains market share, particularly in China and for standard-range EVs, it slows the growth rate of nickel demand from the battery sector. However, NMC remains dominant in premium and long-range vehicles, so nickel demand from batteries is still growing in absolute terms, just more slowly than forecasts from 2021-2022 anticipated.

Sources

• USGS Mineral Commodity Summaries 2025: https://pubs.usgs.gov/periodicals/mcs2025/mcs2025.pdf
• International Nickel Study Group (INSG): https://insg.org/
• IEA Critical Minerals Market Review: https://www.iea.org/reports/critical-minerals-market-review-2024
• IEA Global EV Outlook: https://www.iea.org/reports/global-ev-outlook-2024
• Indonesia Ministry of Energy and Mineral Resources production data
• Mining Terminal project database (as of 2026-02-09)

Related reading: nickel project pipeline 2026, mining stocks outlook 2026, critical minerals supply chain investing, lithium mining companies.

---

Disclaimer: This analysis is provided for informational purposes only and does not constitute investment advice. Mining Terminal is not a registered investment advisor. Mining stocks carry significant risks including commodity price volatility, operational challenges, and regulatory changes. Always conduct your own research and consult with a qualified financial advisor before making investment decisions. Data sourced from company filings and public sources and may not reflect the most recent developments.