Five items this week. The global nickel market is forecast to swing into deficit for the first time since 2021 as Indonesia’s production quotas constrain the country that supplies 60 per cent of global output. China produces 37 per cent of global molybdenum, a material used in semiconductor manufacturing equipment and structural steel with no quick alternative supply base. The IMF’s October World Economic Outlook includes updated analysis on geoeconomic fragmentation, estimating that deep bloc formation could reduce global GDP by up to 7 per cent over the long run. The World Bank Commodity Markets Outlook documents metals prices structurally elevated by sustained energy transition demand. And China controls 83 per cent of global tungsten production, a concentration applied to cutting tools, semiconductor equipment, and high-temperature industrial systems.
- The International Nickel Study Group revised its 2026 market forecast to a 32,000-tonne deficit, the first shortfall since 2021, following three consecutive years of surplus including 283,000 tonnes in 2025.
Global primary nickel production is projected at 3.715 million tonnes against usage of 3.747 million tonnes. Indonesia, which expanded its share of global primary nickel supply from 31.5 per cent in 2020 to over 60 per cent by 2024, revised its HPM benchmark pricing formula in April 2026, raising the floor cost for domestic ore and constraining lower-margin operations. Stainless steel sector growth continuing into 2026 provides the demand-side pressure completing the supply-demand squeeze. The INSG describes the reversal as the most significant single-country market intervention in nickel in two decades.
Why it matters: Nickel is a core material in NMC battery chemistries used in EV traction batteries and grid storage. A single country managing 60 per cent of global supply for price support is structurally identical to the rare earths situation, in a different metal. The deficit outcome depends on whether Indonesia holds to its stated quota levels through the second half of 2026. Our article on repairable hardware covers the case for keeping battery-bearing devices in service longer rather than replacing them.
Source: International Nickel Study Group: Market Outlook – International Nickel Study Group; USGS Mineral Commodity Summaries 2026: Nickel – US Geological Survey
- China produced approximately 37 per cent of global molybdenum supply in 2024, according to USGS Mineral Commodity Summaries 2026, making it the single largest source of a material used in high-strength steel alloys, jet engine superalloys, and semiconductor fabrication equipment.
Global molybdenum production reached approximately 250,000 tonnes in 2024, with China, Chile, and the United States as the three largest producers. Molybdenum is added to steel to increase strength, hardness, and resistance to heat and corrosion; its uses span oil and gas pipelines, structural engineering, automotive components, and the tooling that machines semiconductor wafers. Chemical applications include hydrodesulfurization catalysts used in oil refining. No widely available substitute provides comparable performance in high-temperature alloy applications. The USGS identifies molybdenum as critical to US manufacturing and defence.
Why it matters: Molybdenum follows the same supply concentration pattern visible in rare earths and tungsten: the ore is geographically dispersed, but processing and primary output are concentrated. China’s 37 per cent production share is not as extreme as some other critical minerals, but the material’s irreplaceability in high-performance alloys and semiconductor tooling means even moderate supply disruptions propagate through manufacturing chains that cannot easily substitute.
Source: USGS Mineral Commodity Summaries 2026: Molybdenum – US Geological Survey
- The IMF’s World Economic Outlook, published October 2026, updated its analysis on geoeconomic fragmentation, noting that deep trade bloc formation could reduce global GDP by up to 7 per cent in the long run, while even limited fragmentation reduces efficiency measurably in goods markets tied to concentrated material supply chains.
The underlying research, published in IMF Staff Discussion Notes and incorporated into successive WEOs, models two fragmentation scenarios: a limited scenario in which trade restrictions are applied selectively, reducing global output by 0.2 per cent, and a deep scenario in which countries align in blocs and restrict trade across broad product categories, reducing global output by up to 7 per cent. Critical minerals feature in the IMF’s analysis as one of the goods categories most exposed to fragmentation, given the combination of geographic production concentration and strategic reclassification by importing governments.
Why it matters: The IMF’s fragmentation analysis is a sovereign-level cost-benefit calculation for the policies driving supply chain relocation. For buyers of physical goods, the relevant implication is that goods whose production depends on concentrated supply chains carry an embedded geopolitical risk premium that is rising, not falling. The real asset thesis applies here not as a speculation but as a diversification away from a set of currency and industrial supply chain risks that the IMF itself is quantifying.
Source: IMF World Economic Outlook, October 2026 – IMF; IMF: Geoeconomic Fragmentation and the Future of Multilateralism – IMF
- The World Bank Commodity Markets Outlook for October 2026 documents that metals and minerals prices remain structurally elevated above their 2015-2019 baseline, driven by energy transition demand, with copper, lithium, and cobalt all trading above five-year pre-transition averages.
The World Bank’s CMO, published quarterly, tracks commodity price indices for energy, metals and minerals, and agriculture. The October 2026 edition finds that the energy transition demand signal, embedded in firm purchase commitments for EVs, grid infrastructure, and battery storage, is providing a structural floor under metals prices that did not exist in the previous cycle. Agricultural commodity prices remain 20 to 30 per cent above their 2015-2019 inflation-adjusted averages, driven by fertilizer costs, freight disruptions, and weather-related yield losses.
Why it matters: The World Bank’s commodity price tracking is the most comprehensive primary record of where physical goods are priced globally and why. Structurally elevated metals prices reflect energy transition demand that is committed, not speculative. Agricultural price elevation reflects physical system stress, not financial positioning. Both trends increase the case for owning the physical inputs rather than exposure to financial proxies that can be diluted or defaulted on.
Source: World Bank Commodity Markets Outlook, October 2026 – World Bank
- China controlled approximately 83 per cent of global tungsten mine production in 2024, according to USGS Mineral Commodity Summaries 2026, making it the most geographically concentrated critical mineral in large-scale industrial production.
Global tungsten production reached approximately 84,000 tonnes in 2024. Tungsten is used in cemented carbide cutting tools for metalworking and drilling, semiconductor wire bonding, high-temperature filaments, and radiation shielding. It has the highest melting point of any element and no substitute in applications requiring extreme heat resistance. The USGS identifies tungsten as critical to US national security, noting that the US has no operating tungsten mines and imports essentially all its supply. An 83 per cent production concentration in a single country is the most extreme in the USGS critical minerals list.
Why it matters: Cemented tungsten carbide tools are used in virtually every metalworking and construction drilling operation. A supply disruption would propagate through semiconductor manufacturing, mining, and precision machining simultaneously. The concentration is higher than rare earths, gallium, or germanium, yet attracts less policy attention because tungsten has not yet been subject to formal Chinese export controls. That asymmetry is worth noting.
Source: USGS Mineral Commodity Summaries 2026: Tungsten – US Geological Survey