The global minerals market is undergoing a fundamental transformation. Instead of moving through a single, broad commodity cycle in which rising demand lifts most raw materials together and falling demand depresses them, individual minerals are increasingly following very different paths.
Copper, tin, gold and strategic technology metals are trading at historically high levels, while lithium and cobalt have recovered through production restraint. Nickel remains constrained by Indonesia’s enormous capacity, and iron ore, lead and several construction commodities continue to face abundant supply.
The defining change is that geology alone no longer determines mineral availability. Government policy, refining capacity, export controls, processing concentration and strategic stockpiling are becoming as important as the size of mineral deposits themselves. This is creating what increasingly resembles a supply-managed minerals supercycle rather than the traditional demand-driven commodity cycle.
Global Metals Prices Enter a New Phase
The World Bank’s metals and minerals index increased by approximately 20% during the first five months of 2026, reaching a record nominal level. The institution currently expects the index to average about 17% higher in 2026, before declining by approximately 7% in 2027. Copper, aluminium and tin are projected to post average annual gains of roughly 20%, while nickel and zinc are expected to record more moderate increases.
Iron ore remains the major exception. The divergence is important because it demonstrates that the global minerals market can no longer be understood through a single indicator such as Chinese industrial demand or global GDP growth. Individual supply chains are being reshaped by different combinations of mining investment, processing capacity, government intervention, technology changes and geopolitical risk.
Copper Leads the Global Structural Minerals Story
Copper is at the centre of the new commodity cycle. Prices have traded around $13,000–14,000 per tonne, supported by demand from electricity grids, renewable power, electric transport, data centres, defence applications and continued urbanisation.
The problem is that mine development has not kept pace. Permitting processes are taking longer, ore grades are declining and major copper developments increasingly require investments of more than $5 billion. Even when deposits are identified, bringing them into production can take many years. The supply problem is already visible in the copper concentrate market. Chinese smelting capacity has expanded more rapidly than global mine production, pushing treatment charges towards zero and, in some cases, below zero. China now represents approximately half of global copper smelting capacity, while many smelters outside the country are operating at considerably lower utilisation rates. That does not necessarily mean an immediate shortage of refined copper. Instead, it makes the global supply chain significantly more vulnerable to mine disruptions, unexpected outages and smelter closures.
Mining Investment Is Rising, But Not Fast Enough
Capital is beginning to respond to higher copper prices, although the response remains uneven. Global copper investment increased by approximately 8% in 2025, and copper accounted for a large share of mining mergers and acquisitions. Yet current project pipelines are still projected to leave global copper supply approximately 25% below expected 2035 requirements.
Recycling, material substitution and slower demand growth could reduce the deficit. These factors are unlikely to eliminate the structural gap entirely. This is one of the defining characteristics of the emerging minerals supercycle: prices are responding not only to current consumption but to concerns about future supply several years ahead.
Aluminium Becomes a Question of Power and Carbon
Aluminium is following a different trajectory, with electricity costs and trade restrictions increasingly determining competitiveness. Prices temporarily moved above $3,700 per tonne following disruption to Middle Eastern smelting capacity before retreating towards approximately $3,150.
China remains the world’s dominant aluminium producer, but its capacity ceiling and rapidly increasing electricity requirements limit the possibility of unlimited expansion. At the same time, low-carbon aluminium produced using hydropower in countries such as Canada, Norway and Iceland, as well as selected Russian operations, is increasingly becoming a distinct commercial product from aluminium produced using coal-intensive electricity. As carbon accounting becomes more important in global trade, the environmental footprint of aluminium production is likely to become increasingly reflected in pricing.
Zinc and Tin Benefit From Supply Constraints
Zinc has gained support from weak smelter production, demonstrating again how refined supply can matter more than end-user demand.
Tin has performed even more strongly, rising approximately 27% during the first half of 2026. Because the global tin market is relatively small, even modest disruptions can have an outsized impact on prices. Supply risks in Myanmar, Indonesia and the Democratic Republic of Congo therefore carry considerable market significance. Electronics solder remains the core source of tin demand, supplemented by solar equipment and other electrical applications.
Lead is experiencing the opposite dynamic. High recycling rates and substantial exchange inventories have kept the market comparatively well supplied.
Nickel Remains Trapped by Indonesian Supply
Nickel illustrates why not every energy-transition metal will automatically participate in a sustained price supercycle. The market remains oversupplied despite occasional policy-driven rallies. Indonesia has transformed itself from a major nickel ore exporter into the world’s dominant producer of nickel products, stainless-steel feedstock and battery intermediates. Production quotas can push prices higher temporarily, but Indonesia’s enormous installed capacity and substantial inventories continue to limit sustained gains.
Over time, another distinction could emerge. The market may increasingly separate conventional nickel from low-carbon nickel, particularly as manufacturers and investors pay greater attention to emissions associated with mining, processing and electricity consumption. Indonesia’s reliance on coal-based power could therefore become an increasingly important factor in the valuation of different nickel products.
Iron Ore Faces a Supply Problem, Not a Scarcity Problem
Iron ore sits at the opposite end of the spectrum from copper. BHP produced a record 291.2 million tonnes in Western Australia during its 2026 financial year, while Rio Tinto recorded its strongest quarterly Pilbara shipments since 2020. Brazilian production is recovering, while Guinea’s Simandou development is introducing a major new source of high-grade ore. At the same time, China’s property sector remains weak. Since construction has historically been one of the largest drivers of steel demand, the slowdown continues to weigh on the iron ore market.
High-grade ore and direct-reduction pellets should nevertheless outperform conventional fines as steelmakers seek to lower emissions. The overall market, however, has sufficient physical supply. BHP’s approval of the $900 million Ministers North project is therefore primarily about replacing declining production rather than anticipating a major new demand boom. Steelmakers themselves continue to confront excess capacity, weak utilisation rates and increasingly restrictive trade policies.
Gold Has Become a Strategic Financial Asset
Gold is increasingly behaving as both a commodity and a monetary and geopolitical asset. At around $4,015 per ounce, gold is below its early-2026 record but remains supported by central-bank diversification, fiscal concerns, geopolitical conflict and demand for assets outside the traditional dollar-centred financial system. Higher bond yields can still trigger sharp corrections, but the underlying strategic buying base appears stronger than during previous gold cycles. This changes the nature of gold demand. Central banks and investors are increasingly treating the metal as a hedge against geopolitical and monetary fragmentation rather than simply as a conventional inflation hedge.
Silver Combines Investment and Industrial Demand
Silver is exposed to the same monetary forces as gold but also has a substantial industrial role. Solar cells, electronics and electrical equipment remain major sources of demand. The metal’s retreat from its extreme January peak demonstrates the extraordinary volatility of the market rather than a collapse in underlying consumption.
Manufacturers continue to reduce the quantity of silver used per solar cell, but increasing solar installations have offset much of these efficiency gains. The result is a market in which technology-driven demand growth and manufacturing thrift are moving in opposite directions.
Platinum Group Metals Face Diverging Futures
Platinum continues to benefit from recurring supply deficits and declining above-ground inventories. The World Platinum Investment Council expects a deficit of approximately 297,000 ounces in 2026, followed by larger average deficits later in the decade. Palladium and rhodium face a more complicated future because of their exposure to the gradual decline of internal-combustion vehicles.
Stronger hybrid sales and slower electric-vehicle adoption in North America have delayed the adjustment. South Africa remains critical to the platinum-group-metals supply chain. Electricity constraints, infrastructure problems and limited capital availability continue to influence the outlook for the country’s mines and processing operations.
Lithium and Cobalt Recover Through Supply Discipline
The battery-metals downturn has ended, but the recovery is not being driven entirely by booming demand. Lithium prices have more than doubled from their 2025 lows, supported by production reductions and disruptions in China. Cobalt prices have increased by approximately 130% following export restrictions imposed by the Democratic Republic of Congo.
Nickel also rallied after Indonesia tightened production quotas, although prices weakened again when markets began anticipating a return of additional supply. The pattern is significant. Unlike traditional commodity rallies driven primarily by consumption growth, some of today’s battery-metal price increases are being generated by producers deliberately managing supply.
Battery Deployment Continues to Expand
Despite the volatility in raw-material prices, global battery deployment continues to grow rapidly. Global lithium-ion deployment in 2025 was approximately six times higher than in 2020. Electric vehicles represented roughly 70% of deployment, while grid storage accounted for around 15%. Grid-storage installations have increased by more than 20 times in five years, creating a rapidly expanding source of demand for battery materials that is less dependent on passenger vehicles. This diversification is becoming increasingly important as the global energy system incorporates more renewable generation.
Battery Chemistry Is Redrawing Mineral Demand
Technology changes are also altering the composition of mineral demand. Lithium-iron-phosphate (LFP) batteries now represent roughly half of automotive and stationary-storage demand, eliminating nickel and cobalt from a growing portion of the battery market. Larger battery packs have prevented average nickel and cobalt consumption per vehicle from falling dramatically, while lithium consumption per vehicle has increased by approximately 7%.
The result is a more complicated demand outlook in which rising battery deployment does not automatically translate into proportional demand for every battery mineral.
Electric-Vehicle Growth Is Becoming More Geographically Diverse
Regional differences in EV demand are becoming increasingly important. During the first five months of 2026, European electric-vehicle sales increased by approximately 26%, while emerging markets outside China grew by almost 90%. North American and Chinese markets contracted during the same period. The battery-material supply chain is therefore becoming less dependent on a single global demand centre, but it is also becoming more exposed to regional trade policies, industrial subsidies and localisation requirements.
Mining Investment Remains the Critical Weakness
One of the biggest risks to the next decade’s minerals supply is that investment has not kept pace with projected requirements. Capital expenditure on critical minerals fell approximately 9% in 2025, while battery-metal investment declined by roughly 20%. Lithium investment fell by approximately 40%, and exploration budgets for lithium and nickel suffered even sharper reductions.
This creates a potentially important disconnect. Mineral prices are recovering today after producers postponed, cancelled or delayed projects that may be needed in the early 2030s. The current price environment therefore does not necessarily guarantee adequate future supply.
Technology Minerals Are Leaving the Traditional Commodity Model
The most strategically important materials increasingly operate outside conventional commodity-market logic. China dominates the processing of natural graphite, rare earths, gallium, germanium, tungsten and several other specialised materials. Export licensing and other restrictions have created shortages and significant regional price differences even where the world has sufficient geological resources.
The issue is not simply whether a mineral exists underground. It is whether it can be mined, separated, refined, qualified and converted into the specialised material required by manufacturers.
Small Mineral Markets Can Create Enormous Industrial Risks
Gallium is essential for compound semiconductors and high-frequency electronics. Germanium is used in fibre optics, infrared systems and solar technologies. Tungsten is important for cutting tools, aerospace components and ammunition. Heavy rare earths are essential for high-performance permanent magnets.
Yttrium, tellurium, antimony and bismuth occupy similarly small but strategically important positions. These markets cannot respond rapidly to shortages. Developing mines is only one part of the process; separation chemistry, refining technology, customer qualification and product testing can take years. This means a supply disruption involving only hundreds of tonnes can potentially interrupt industries worth billions of dollars.
The Race Is Moving Beyond Mining
Chinese export restrictions are accelerating investment in the United States, Australia, Canada, Japan and Europe. Companies such as MP Materials, Lynas Rare Earths and Iluka Resources are expanding non-Chinese rare-earth capacity, while governments are supporting projects through price floors, loans and guaranteed purchases. The strategic competition is consequently shifting away from simply controlling mineral deposits. The more important battleground is becoming separation, refining, metal production, alloy manufacturing and magnet production. Control of processing capacity can be just as strategically valuable as control of a mine.
Uranium Enters a New Long-Term Contracting Cycle
Nuclear minerals are also moving into a new phase. Kazakhstan, Canada and Namibia together account for approximately three-quarters of global uranium production. Utilities are increasingly returning to long-term contracts as reactor operating lives are extended, new nuclear facilities are developed in China and the Middle East, and small modular reactor programmes progress. But the uranium market is only one part of the nuclear fuel equation.
Conversion and enrichment capacity are even more strategically constrained. Russia remains a major supplier of conversion and enrichment services, and replacing that capacity requires years of investment and construction. Urenco is expanding in the United States, while Orano is increasing French enrichment capacity. Western utilities are paying more to rebuild a nuclear fuel cycle that became highly concentrated over previous decades. Additional geopolitical risks include Kazakhstan’s dependence on Russian transport routes and the dispute surrounding Orano’s assets in Niger.
Nuclear Minerals Extend Beyond Uranium
Thorium continues to attract interest but remains a development-stage technology rather than a significant commercial mineral market. Other materials such as zirconium, hafnium and beryllium are more immediately relevant to reactor components, control systems and specialised nuclear alloys. Their markets remain relatively small, however, and highly dependent on technical specifications.
Sulphur Shows How Geopolitics Can Spread Across Supply Chains
Industrial non-metals are also being reshaped by energy and agricultural pressures. Disruption to Middle Eastern sulphur supply exposed vulnerabilities across phosphate fertiliser and hydrometallurgical processing. The region normally represents approximately one-quarter of global sulphur production and an even larger share of seaborne trade.
Temporary prices approaching $1,000 per tonne forced some phosphate producers to reduce output while increasing processing costs for nickel, copper and battery materials. The episode demonstrated how a supply shock in a relatively obscure industrial mineral can rapidly spread into multiple major commodity chains.
Fertiliser Markets Remain Divided
Phosphate fertiliser remains expensive, while urea has fallen towards approximately $475 per tonne as seasonal demand weakened and expectations grew that Chinese exports would resume. Potash is comparatively well supplied, although trade involving Belarus and Russia remains politically sensitive.
India’s increased fertiliser subsidy and strong agricultural demand are providing support, but affordability remains a constraint in poorer importing countries.
Graphite Is Both Oversupplied and Strategically Scarce
Graphite illustrates the increasingly fragmented nature of critical-mineral markets. Chinese synthetic-graphite production expanded rapidly during 2025, putting pressure on conventional prices. Yet qualified battery-grade graphite produced outside China remains limited.
The result is a paradox: graphite can be globally oversupplied while simultaneously being strategically scarce in the specific form required by battery manufacturers. Natural-graphite miners therefore face weak spot prices even as governments support downstream anode projects outside China.
Specialised Industrial Minerals Gain Importance
Fluorspar, high-purity quartz, silicon metal, helium and industrial gases are benefiting from investment in semiconductors, solar technology, batteries and aerospace. At the same time, ordinary silica sand, soda ash, kaolin and feldspar remain closely connected to glass, ceramics and construction.
Barite continues to track oil and gas drilling activity, while magnesite and refractory minerals depend heavily on steelmaking and other high-temperature industrial processes. The result is another layer of divergence across the minerals sector.
Construction Minerals Reflect the Global Economic Divide
Construction materials are increasingly reflecting differences between major regional economies. China’s property contraction continues to weigh on cement, aggregates, glass and ceramics. India, by contrast, remains one of the strongest major growth markets.
UltraTech Cement recently reported a 13.1% increase in domestic volumes to 39.2 million tonnes for the quarter and is preparing almost 46 million tonnes of additional annual capacity over the following two financial years. Southeast Asia, the Gulf region and parts of Africa are also sustaining construction-material demand through infrastructure investment and urbanisation.
Carbon and Transport Costs Reshape Cement Markets
Cement producers worldwide are facing higher fuel, freight and carbon costs, although their ability to pass these increases to customers varies according to local competition. Aggregates and ready-mixed concrete remain fundamentally local businesses because transportation costs can quickly exceed the value of the material itself. Clinker, gypsum and cement are more internationally traded, particularly through coastal terminals that provide access to competitive production from Asia, Turkey, Egypt and Vietnam.
Low-Carbon Construction Materials Could Become the Next Scarcity Market
The fastest-growing construction-material segment may not be conventional cement. Calcined clay, natural pozzolan, ground slag, recycled aggregates and construction-demolition waste are gaining strategic importance because they can reduce clinker consumption and embodied carbon. But the transition itself creates a supply challenge. The closure of coal-fired power plants will reduce fly-ash availability, while the shutdown of blast furnaces will make traditional slag supplies increasingly scarce. Materials once treated largely as industrial by-products could therefore become valuable strategic inputs for the low-carbon construction economy.
A New Three-Tier Global Minerals Market
The global minerals industry is increasingly separating into three broad economic categories. The first consists of abundant bulk materials whose prices are determined primarily by demand. Iron ore, lead and several construction commodities fit this model. The second includes energy-transition metals such as copper, lithium, cobalt and nickel, where long-term demand is colliding with the limitations of mine development, processing capacity and technology changes. The third comprises small but strategically critical materials whose supply is constrained not necessarily by geological scarcity, but by processing concentration, export controls and highly specialised production requirements.
This third category may generate the greatest price volatility. A trade restriction involving only a few hundred tonnes of gallium, germanium, rare earths or another specialised material can disrupt semiconductor production, defence manufacturing, power infrastructure or advanced electronics on a global scale. The old commodity cycle was largely governed by the familiar relationship between demand, investment and supply. The emerging global minerals supercycle is different. Governments are managing production, strategic stockpiles are gaining importance, processing capacity is becoming a geopolitical asset, and manufacturers are increasingly paying premiums for secure, traceable and low-carbon supply. The defining scarcity of the next decade may therefore not be the amount of mineral contained in the Earth’s crust. It may be the ability to extract, process, qualify and deliver the right mineral in the right form, from the right jurisdiction, at the moment industry needs it.
