Indonesian nickel mining and processing infrastructure is central to the 2026 global supply outlook.
By Salini Krishnan
The nickel market enters 2026 with a narrower margin for error. Indonesia’s decision to reduce nickel ore quotas under its RKAB system has challenged the assumption that global supply will continue expanding unchecked, while stronger stainless steel output and recovering battery demand are improving the consumption outlook.
The market is not yet uniformly tight. A substantial surplus remains in lower-value Class 2 material, particularly nickel pig iron (NPI) and ferronickel. At the same time, high-purity Class 1 nickel and battery-grade intermediates face tighter availability, higher conversion costs and increasing geopolitical scrutiny.
That split is now more important than the headline global balance. For operators, investors and industrial buyers, the key questions are how strictly Indonesia enforces its quotas, whether battery demand recovers faster than expected, and whether new Western projects can advance quickly enough to diversify supply.
The 2026 nickel market in one view
Forecasts differ significantly because analysts are using different assumptions for Indonesian production, battery demand and the definition of primary nickel supply.
| Indicator | 2026 outlook | Market implication |
|---|---|---|
| Indonesia nickel ore quota | Approximately 250–270 million wet metric tonnes | Around one-third below the 2025 quota of 379 million tonnes |
| Global primary nickel supply | Roughly 3.7–4.0 million tonnes | Forecasts range from contraction to modest growth |
| Global nickel demand | Approximately 3.5–3.8 million tonnes | Stainless steel remains the largest demand segment |
| Market balance | Small deficit to 250,000-tonne-plus surplus | Indonesia could determine which outcome prevails |
| Battery nickel demand | About 560,000 tonnes in one CRU forecast | Expected to grow, but moderated by LFP adoption |
| LME nickel price range | Approximately $15,000–$20,000 per tonne | Higher cost support, but continued volatility |
The International Nickel Study Group has been cited as forecasting a small 2026 deficit of about 32,000 tonnes. By contrast, Sumitomo Metal Mining expects a surplus of roughly 256,000 tonnes, while ING has projected a surplus of approximately 261,000 tonnes.
The range is unusually wide. It means a relatively small change in Indonesian output or stainless steel demand could shift the market from surplus toward balance.
Indonesia’s quota cuts are the main supply variable
Indonesia accounts for more than 60% of global nickel mine supply, giving Jakarta an influence that few other commodity-producing countries possess. The government’s 2026 RKAB quota has been reported in a range of approximately 250 million to 270 million wet metric tonnes, compared with 379 million tonnes in 2025.
The reduction is intended to align ore production with domestic processing capacity, reduce environmental pressure and prevent another period of uncontrolled oversupply. It also signals a shift in policy from maximizing market share toward managing value and state revenue.
The effect is already visible in the economics of Indonesian smelters. Industry groups estimate that domestic processing capacity may require approximately 340–350 million tonnes of ore, leaving a potential shortfall of 70–100 million tonnes under the initial quota range. That could force lower utilization rates, production cuts or greater competition for ore between NPI and high-pressure acid leach (HPAL) facilities.
The risk for the market is that nominal quotas may not equal realized production. Indonesia’s RKAB system allows miners to seek supplementary allocations, and the government can revise quotas during the year. Any move toward a 300–350 million-tonne range would materially weaken the tightening narrative.
Indonesia has also clarified that recent restrictions involving minerals containing trace rare-earth or radioactive byproducts were narrower than a blanket export ban. Shipments of mineral products containing limited rare-earth byproducts have resumed as documentation and testing procedures were clarified. The development eased an immediate logistics risk for nickel intermediates, but it also demonstrated how quickly regulatory decisions in Indonesia can move LME prices.
Indonesia’s downstream processing network links ore availability to global stainless and battery supply chains.
Class 1 and Class 2 nickel are moving on different tracks
Class 1 nickel generally refers to refined material containing at least 99.8% nickel. It includes cathodes, briquettes, pellets and other products eligible for delivery against the LME nickel contract. Class 2 nickel includes NPI, ferronickel and several intermediates used primarily in stainless steel production.
Indonesia’s rapid expansion has concentrated supply growth in Class 2 products. Its laterite resources can be processed through rotary kiln-electric furnace systems to produce NPI, while HPAL plants can produce mixed hydroxide precipitate and other battery intermediates.
This explains why the market can be oversupplied in aggregate but tighter in specific product categories. Stainless steel producers can access abundant Indonesian feedstock, while Western battery supply chains increasingly seek traceable, lower-carbon Class 1 material or qualified intermediates.
The LME benchmark therefore provides an imperfect picture of the physical market. It prices deliverable Class 1 metal, while much of the Indonesian surplus sits outside the exchange system. A fall in NPI prices does not necessarily translate into an equivalent fall in high-purity nickel premiums, and LME inventories do not capture the full volume of Class 2 material held across private and industrial supply chains.
The distinction also creates basis risk. A stainless producer using NPI may hedge against LME nickel, but the underlying physical product can trade at a significant discount. Battery producers face the opposite challenge: the relevant cost may be the premium for sulphate, MHP or other qualified intermediates rather than the LME price alone.
Demand is improving, but chemistry and trade policy matter
Stainless steel remains the largest nickel-consuming sector. CRU expects global nickel demand to grow by a little over 6% in 2026, with stainless steel accounting for the largest share of incremental demand.
Regional trade measures are also influencing consumption. Import restrictions in the United States and European measures such as the Carbon Border Adjustment Mechanism are changing the flow of ferronickel, stainless steel and other nickel-bearing products. They may not eliminate imports, but they can redirect supply toward domestic or regional production.
Battery demand is growing faster from a smaller base. CRU expects nickel demand from batteries to rise by about 12% in 2026 to approximately 560,000 tonnes. Nickel-rich NMC and NCA chemistries remain important for longer-range vehicles, performance applications and some energy-storage technologies.
However, lithium-iron-phosphate batteries contain no nickel and continue to gain share, particularly in China’s mass-market electric vehicle segment. That makes battery demand an important source of growth, but not an automatic guarantee of a global nickel deficit.
Crawford and the Western supply response
Canada’s Crawford project illustrates the longer-term importance of new sulphide supply. The project received a positive federal decision statement on July 31, 2026, according to the Impact Assessment Agency of Canada.
Crawford is not an immediate answer to the 2026 supply balance. Canada Nickel is working toward a construction decision in 2027, with first production likely several years after construction begins. The project’s federal assessment describes mine production capacity of up to 240,000 tonnes of ore per day, mill feed of up to 120,000 tonnes per day and an operating life of approximately 41 years.
Crawford represents the scale and jurisdictional profile required to diversify future Class 1 nickel supply.
The significance is strategic rather than immediate. Large sulphide projects in Canada and other Western jurisdictions could provide lower-carbon, policy-compliant supply for battery and specialty-alloy markets. They may also reduce exposure to Indonesian policy changes and Chinese-linked processing capacity.
The challenge is capital intensity. Western projects generally face higher construction, permitting and labor costs than Indonesian laterite operations. Their economics may depend on a premium for traceability, lower emissions or supply-chain eligibility: not only on the LME price.
Nickel price scenarios for 2026
The following scenarios are not forecasts of a single outcome. They are a framework for assessing how supply, demand and policy could interact.
| Scenario | Key assumptions | Indicative LME nickel price |
|---|---|---|
| Base case | Indonesia maintains reduced quotas but permits selective revisions; stainless demand improves; LFP limits battery upside | $16,500–$18,500/t |
| Bull case | Strict quota enforcement, smelter outages, higher sulphur costs and stronger NMC battery demand push the market close to deficit | $19,000–$22,000/t |
| Bear case | Indonesia expands quotas, stainless demand weakens and LFP adoption accelerates; inventories remain elevated | $14,000–$16,000/t |
The base case is a tighter but still uneven market. Goldman Sachs has placed its 2026 average forecast at $17,200 per tonne, while CRU has described the outlook as constructive, with prices averaging above $18,000 per tonne over its forecast period.
The bull case requires more than a policy announcement. It would likely need sustained enforcement, physical disruption at Indonesian mines or HPAL plants, higher sulphur costs and stronger-than-expected demand. A move above $20,000 per tonne would be more credible if the Class 1 market tightened alongside the broader Indonesian supply squeeze.
The bear case remains possible because Indonesia retains the ability to increase output and because the global market still carries substantial Class 2 capacity. Weak Chinese stainless demand, a stronger US dollar or faster LFP adoption could pull prices back toward the marginal-cost range.
LME-deliverable Class 1 nickel represents only part of the broader physical market.
What operators and investors should monitor
The most important indicators for the rest of 2026 are:
- Indonesian RKAB revisions: Supplementary quotas could quickly restore surplus conditions.
- Smelter utilization: Lower ore availability should appear in NPI, HPAL and matte production rates.
- Sulphur and acid costs: HPAL economics remain sensitive to sulphur availability and Indonesian sulphuric acid imports.
- Class 1 premiums: Rising premiums would confirm that exchange-grade material is tightening even if Class 2 remains abundant.
- Battery chemistry mix: NMC growth supports nickel demand, while faster LFP adoption limits it.
- Western project milestones: Crawford’s financing, provincial permits and construction decision will shape expectations for future supply.
- LME inventories and spreads: These remain important indicators, but they should not be read as a complete measure of the Class 2 surplus.
The central conclusion is that the nickel market is no longer adequately described by one global surplus figure. Indonesia’s quota cuts have tightened the raw-material system, but the impact varies by product. Class 2 nickel remains exposed to oversupply, while Class 1 and compliant battery-grade material face a more constrained outlook.
For 2026, the balance of risk is therefore determined less by whether nickel demand grows and more by how much Indonesian supply is actually delivered, which product forms are available, and whether Western consumers are willing to pay for secure, lower-carbon alternatives.
Social snippet:
Nickel’s 2026 outlook is being shaped by Indonesia’s RKAB quota cuts, the widening Class 1/Class 2 divide and the slow return of Western sulphide supply. Our base, bull and bear cases examine what could move LME nickel between $14,000 and $22,000 per tonne: and why the headline global balance no longer tells the whole story. Read the analysis: https://skillings.net/
Sources and related reading
- CRU: Nickel markets and the 2026 rebalancing outlook
- Goldman Sachs: How Indonesia drove a rally in nickel
- ING: Nickel and the Class 1/Class 2 market connection
- Skillings: Nickel market outlook and the Class 1/Class 2 supply divide
- Skillings: Indonesia clarifies rare-earth byproduct export restrictions
- Canada Nickel: Project portfolio and Timmins district
- Skillings battery metals coverage