Where does platinum come from?

In 2025 South Africa mined 120 tonnes of platinum, 73% of the world's 165 tonnes (USGS MCS). Russia followed at 12% and Zimbabwe at 11%, with Canada at 3% and United States at 1.1%. Only 5 countries mine platinum at all, and the top three account for 96%. Reserves are more concentrated still: South Africa holds 83% of the world's 76,200 tonnes of platinum-group metal reserves (USGS MCS).

Production here means mined metal content, not refined metal, and it is worth saying plainly that platinum is rarely mined alone. It comes out of the ground with palladium, rhodium, ruthenium, iridium and osmium, plus nickel and copper, and the ratio between them is fixed by the orebody rather than by the market. In 2025 the same mines produced {{prod.Mine production: Palladium.world}} of palladium, led by {{prod.Mine production: Palladium.top1.name}} with {{prod.Mine production: Palladium.top1.share}} (USGS MCS). A platinum mine cannot make more platinum and less palladium because the platinum price has risen; the basket is what it is.

The geology is unusually simple to describe. South Africa's Bushveld Complex is a layered mafic intrusion roughly the size of Ireland, in which platinum-group elements settled into thin, laterally continuous layers, principally the Merensky Reef and the Upper Group 2 chromitite, that can be followed for tens of kilometers and mined by conventional underground methods. Russia's Norilsk-Talnakh deposit is different in kind: a nickel-copper sulfide system where platinum and especially palladium are recovered as by-products of nickel mining. Zimbabwe's Great Dyke is a smaller relative of the Bushveld. Canada and the United States contribute modestly from nickel and copper operations.

World output changed -6% from the previous year. The long trend is downward rather than upward: Bushveld mines are deep, hot and labor-intensive, capital has been scarce since the price collapsed from its 2008 peak, and recycling from spent autocatalysts now supplies a substantial share of total metal without any mining at all.

South Africa was the largest exporter of unwrought platinum (HS 711011) in 2024 with 36% of world export value, ahead of United Kingdom (11%), out of $14.6 billion traded (CEPII BACI). China was the largest importer with 22%.

Unlike gold, where the export table is dominated entirely by refining and vaulting hubs, platinum's export table still has the producing country at the top, because South Africa refines its own concentrate before shipping. But the United Kingdom and Switzerland appear high for the familiar reason: they refine, fabricate and vault metal that was mined elsewhere, and metal moving into and out of exchange warehouses and industrial stockpiles crosses borders repeatedly without anyone digging anything up. Read the trade table as a map of where metal is processed and held, and the production table as the map of where it comes from.

The benchmark is London afternoon fix, which was $1,780/troy oz in August 2026, up 33% from a year earlier (World Bank Pink Sheet). Its nominal high was $2,434/troy oz in January 2026. In constant dollars the real peak was $3,502/troy oz in February 1980, which is the more useful comparison: measured against what money bought at the time, platinum was roughly twice as expensive during the 1980 precious-metals mania as at any point since.

Platinum trades in troy ounces, and the reference price is set twice each business day by an electronic auction administered under the London Platinum and Palladium Market, with NYMEX futures used for hedging and speculation. Physical metal is sold as sponge, ingot or in solution, and industrial buyers pay a premium over the reference for a specified form, purity and delivery point. Because the market is small relative to gold, a single large industrial purchase or a change in exchange inventories can move the price more than the underlying supply and demand balance would suggest.

Three things make platinum pricing unusual. First, supply is a fixed basket with palladium and rhodium, so the platinum price is partly a residual of what the other metals are doing. Second, a large and growing share of supply is recycled autocatalyst, which responds to the price with a lag of months rather than years and puts a soft ceiling on rallies. Third, the metal's largest single use can substitute with palladium, so the platinum-palladium spread is itself a driver: when palladium is dear, catalyst makers reformulate toward platinum, and vice versa. Investors also hold platinum in exchange-traded funds and coins, which means the price responds to real interest rates and the dollar in the way gold does, on top of everything industrial.

Platinum's largest single use is in catalytic converters, historically concentrated in diesel engines. Anything that changes the diesel share of the vehicle fleet, emissions standards, tax treatment or the fallout from emissions-testing scandals, changes platinum demand directly. Battery electric vehicles need no catalyst at all, which is the structural question hanging over the metal.

Platinum and palladium do similar work in a converter and catalyst makers reformulate toward whichever is cheaper, with a design lead time of a year or two. When palladium traded far above platinum, that substitution ran one way; when the spread narrows or reverses it runs the other. The spread is therefore a driver of platinum demand in its own right, independent of how many cars are sold.

Bushveld mines are deep, hot and dependent on a strained national grid. Load shedding cuts hoisting, ventilation and refrigeration, and a mine that cannot ventilate cannot be worked. Because one country supplies most of the world's platinum, an electricity problem in South Africa is a world supply problem in a way that would not be true for a more dispersed commodity.

Platinum mining is labor-intensive and its wage bargaining has repeatedly produced long stoppages, including a five-month strike in 2014 that removed a large fraction of a year's output. Because above-ground stocks are thin relative to annual supply, a strike of that length shows up in the price rather than being absorbed by inventory.

Most platinum comes out of mines whose economics depend on the combined value of platinum, palladium, rhodium and nickel. When rhodium or palladium prices collapse, marginal shafts close even if the platinum price is unchanged, so platinum supply can fall for reasons that have nothing to do with platinum.

Spent autocatalysts, jewellery scrap and industrial residues return a large volume of metal each year. Scrap collection responds to price within months, so recycling damps rallies and deepens slumps, and the scrappage rate of older diesel vehicles is now a genuine supply variable.

Exchange-traded funds, bars and coins let investors hold platinum without industrial use, so the metal responds to real interest rates, the dollar and the gold price. Because the market is small, a swing in investor holdings can be large relative to annual mine supply and can move the price without any change in physical consumption.

Proton-exchange-membrane electrolysers and fuel cells use platinum as a catalyst, and glass fiber, petroleum refining and chemical processes use it in bushings and gauzes. These uses are small next to autocatalysts today but are the demand side that would replace them, and policy support for hydrogen is the main variable that decides how quickly.

Bushveld ore is reached by shafts or decline ramps that follow the reef down, and the working faces are narrow because the reef itself is often under a meter thick. That geometry is why the industry uses so much labor: much of the ore is still drilled and blasted by crews working in a low stope rather than by large mechanized equipment. Ore grades are quoted in grams of combined platinum-group metal per tonne, and a few grams a tonne is a good grade.

The ore is milled and floated to make a concentrate, which is then smelted in electric furnaces to a matte and converted to remove iron and sulfur. The converter matte, still containing nickel and copper alongside the precious metals, goes to a base-metal refinery that extracts the nickel and copper and leaves a residue enriched in platinum-group metals. That residue then goes to a precious-metal refinery, where the six platinum-group elements plus gold are separated from each other by a long sequence of dissolution, precipitation and solvent-extraction steps. Separation is slow and the pipeline holds several months of production, which is why refined output can diverge from mine output for a quarter or more.

Recycling follows a shortened version of the same path. Spent autocatalysts are collected, the ceramic honeycomb is milled, and the metal-bearing powder is smelted and refined alongside primary material. Because a converter contains platinum, palladium and rhodium together, recycling returns the same basket that mining does.

Everything on this page is measured as metal content. A tonne of platinum is a very large quantity in this market: world mine supply is measured in the low hundreds of tonnes a year, against tens of millions of tonnes for a base metal like copper.

The dominant use is emissions control. Platinum in a catalytic converter oxidises carbon monoxide and unburned hydrocarbons and, in diesel systems, works alongside other components to handle nitrogen oxides and particulates. Jewellery is the second large use, concentrated in China, India and Japan, where platinum's density and the fact that it can be worked at high purity are selling points. Investment in bars, coins and exchange-traded funds accounts for a variable share that swings with sentiment.

Industrial uses are small individually but collectively significant and technically demanding. Platinum-rhodium bushings draw molten glass into fiber; platinum gauzes catalyse the oxidation of ammonia in nitric acid production, which links the metal to the fertilizer chain described on the urea page; platinum catalysts reform petroleum and make silicones; and platinum electrodes appear in hard disks, sensors, spark plugs and pacemakers. Chemotherapy drugs based on platinum compounds are a small but irreplaceable medical use. Fuel cells and electrolysers are the use that the industry expects to matter most in the long run, since both rely on platinum catalysts and neither has a cheap substitute.

The chain has three narrow points and they are all in the same place. Mining is concentrated in the Bushveld Complex; smelting and base-metal refining are concentrated in the same handful of South African complexes; and precious-metal refining is concentrated in a small number of facilities in South Africa, Britain, Germany, Japan and the United States. A furnace rebuild or a converter failure at one South African smelter can hold up a meaningful share of world supply for months, and it has.

Electricity is the practical chokepoint. Deep mines need continuous ventilation, refrigeration and hoisting, and smelters need large, stable loads. Rolling power cuts do not merely slow production, they force shafts to stand idle for safety reasons and can damage furnace linings. The concentration of supply in one grid-constrained country is the single largest physical risk in the platinum market.

Russia's contribution runs through a different chain entirely, from Norilsk by rail and Arctic sea route, and it has been complicated since 2022 by payment, shipping and insurance restrictions even where the metal itself is not sanctioned. Because Russian material is mostly palladium, restrictions there affect platinum indirectly, through the substitution spread rather than through platinum supply.

Above-ground stocks are thin relative to annual demand compared with gold or silver, so the market has little cushion. That is why a strike, a smelter outage or a load-shedding episode passes into price quickly, and why recycling, which can be scaled up within months, has become the flexible part of supply.