LIVE PRICE DATA
The LBMA (London Bullion Market Association) fixes platinum twice daily (AM around 09:45 London time, PM around 14:00) via an electronic auction process run by the LBMA. The PM fix is the standard settlement reference for most platinum contracts and the price quoted here. Platinum is quoted in USD per troy ounce worldwide; 1 troy ounce equals 31.1035 grams.
PLATINUM PRICE REFERENCE, APRIL 2026
$950
USD / troy oz
LBMA PM fix
$30.54
USD / gram
PM fix ÷ 31.1035
−$1,380
Vs gold
Below gold since 2015
−59%
From $2,290 ATH
March 2008 high
+22%
From $776 trough
January 2016 low
LIVE PRICE CONVERTER
Based on current LBMA PM fix · Updates on each daily data refresh
$950
USD / troy oz
$30.54
USD / gram
$30,543
USD / kilogram
~€880
EUR / troy oz
LBMA PM Fix · USD per troy oz · 2000–present
Platinum Price History, Full Cycle
ATH $2,290 (Mar 2008) · 2016 trough $776 · Current ~$950
Source: LBMA PM Fix · /api/platinum/pt-history · Dashed amber line = gold price (visual reference only) · Updated daily
LBMA · Indexed Jan 2005 = 100 · Long-term comparison
Platinum vs Gold, The Historic Premium Inversion
Platinum (grey) · Gold (amber dashed). Platinum commanded a premium for 15+ years before Dieselgate in Sep 2015 reversed the relationship.
Sources: LBMA platinum and gold PM fixings · /api/platinum/pt-vs-gold-history · Index: Jan 2005 = 100
Why platinum is cheaper than gold right now
Platinum is rarer than gold. Annual mine supply is approximately 5,800 koz (platinum) versus roughly 120,000 koz (gold), platinum is produced at about 5% of gold's volume. Before 2015, platinum consistently traded at a premium to gold because of this scarcity plus strong diesel autocatalyst demand in Europe. The September 2015 Dieselgate scandal destroyed European diesel vehicle sales overnight, removing 600–800 koz of annual platinum autocatalyst demand from projected trajectory. Simultaneously, gold attracted safe-haven buying as real rates fell. The result: the first sustained Pt-below-gold period in modern market history. The WPIC supply deficit and growing hydrogen demand are the two mechanisms by which platinum could recover toward gold parity. Neither comes with a timeline or a guarantee.
GLOBAL MINE SUPPLY
Global platinum mine supply is approximately 5,800 koz per year. South Africa produces 72% of that from a single geological structure. Russia produces about 11% as a palladium-dominant by-product of nickel-copper mining. Zimbabwe produces 8% from the Great Dyke. Canada, the USA, and Australia make up the remaining 9%. No major new platinum mine has been built at scale anywhere in over a decade.
| Country | Platinum koz | Pt share | Key operators | Notes |
|---|---|---|---|---|
| 🇿🇦 South Africa | ~4,200 | ~72% | Amplats, Implats, Sibanye, Northam | Bushveld Igneous Complex, Merensky Reef, UG2 Reef, Platreef. Deep underground and open-pit. |
| 🇷🇺 Russia | ~650 | ~11% | Nornickel (Norilsk) | By-product of Ni/Cu sulphide mining. Also produces ~38% of global palladium. |
| 🇿🇼 Zimbabwe | ~480 | ~8% | Zimplats (Implats 87%), Unki (Anglo) | Great Dyke geological structure. Output growing; politically stable recent years. |
| 🇨🇦 🇺🇸 Canada / USA | ~285 | ~5% | Sibanye Stillwater (Montana) | Primarily palladium-dominant (Stillwater). Small Pt production as co-product. |
| Others | ~185 | ~3% | Australia (Ni by-product), Finland | Fragmented, small-scale operations with limited growth potential. |
| World total | ~5,800 koz | 100% | Sources: WPIC Platinum Quarterly, USGS Mineral Commodity Summaries, Johnson Matthey PGM Market Report | |
Mine supply 2024E
~5,800 koz
WPIC / USGS estimate
Pt recycling 2024E
~1,750 koz
~28% of total supply
South Africa share
~72%
Bushveld Igneous Complex
Total supply 2024E
~7,600 koz
Mine + recycling combined
WPIC Platinum Quarterly · USGS MCS · Annual koz Pt · 2015–2024
Platinum Mine Supply by Country, Stacked Annual
South Africa (grey) · Russia (red) · Zimbabwe (blue) · N.America (green) · Other (light grey). COVID 2020 dip and 2022–23 Eskom load-shedding impact visible.
Sources: WPIC Platinum Quarterly, USGS MCS · /api/platinum/mine-supply-history
Platinum recycling contributes about 28% of total annual supply
Autocatalyst recycling contributed approximately 1,750 koz of platinum to 2024 total supply, roughly 28% of total. Recycling is somewhat counter-cyclical: when platinum prices rise, more end-of-life catalytic converters get collected and processed. The 2–4 year lag from vehicle scrapping to recovered metal means recycling responds to price signals with a delay, which can amplify short-term tightness when supply is already constrained. At current depressed prices, recycling economics are thin, lower throughput keeps the market tighter than it would otherwise be.
SOUTH AFRICA
The Bushveld Igneous Complex (BIC) is the most platinum-rich geological structure on Earth. It is an ancient igneous intrusion covering roughly 65,000 km² across Limpopo, Gauteng, and North West provinces (about the size of Ireland). It contains three discrete reef layers from which virtually all South African platinum is mined. There is no comparable ore body anywhere else in the world. Understanding the Bushveld is the prerequisite for understanding platinum supply risk.
The Merensky Reef is a thin (0.5–1.5m) PGM-bearing pyroxenite layer grading 4–8g/t 4E (platinum + palladium + rhodium + gold). It has been mined since the 1920s and now requires increasingly deep underground workings as the accessible near-surface sections deplete, some operations now at 1.5–2km depth. The UG2 Reef (Upper Group 2 chromitite) sits below Merensky with lower platinum grades but higher rhodium content and is more amenable to mechanised mining, most production growth in the past 20 years has come from UG2. The Platreef runs in the northern BIC at much greater thickness (5–60m) and lower average grade; Ivanhoe Mines' Palladium One project (formerly Platreef) is targeting this reef for large-scale, lower-cost mining.
What Eskom load-shedding actually does to platinum mine output
South Africa's state utility Eskom implements rolling power cuts (load-shedding) when generation capacity is insufficient to meet demand. Underground platinum mines are extraordinarily power-intensive: continuous power is required for ventilation, water pumping, ore hoisting, and processing. Stage 4 load-shedding, which means roughly 8 hours of unplanned cuts per day, reduces mine throughput by approximately 10–15% and concentrator throughput more severely because processing facilities cannot ramp down and restart efficiently. The 2023 crisis, which at points reached Stage 8 equivalent, materially reduced full-year production at all four major SA producers. Load-shedding has improved substantially in 2024–2025 as Eskom added new generating capacity and miners invested heavily in solar self-generation and diesel backup. It is not fully resolved, but the acute crisis has passed. Monitor Eskom Stage announcements alongside producer quarterly results.
WPIC + EskomSePush data · Annual · 2015–2024
South Africa Platinum Output vs Eskom Load-Shedding Severity
SA Pt mine output koz (grey bars, left axis) · Eskom annual average Stage (red line, right axis 0–8)
Sources: WPIC Platinum Quarterly (SA output) · EskomSePush API (annual avg stage) · /api/platinum/sa-output-history
DEMAND BY SECTOR
Platinum's demand base is more diversified than palladium's, and that matters when thinking about risk concentration. Total platinum demand is approximately 8,500 koz per year as of 2024 estimates, spread across autocatalyst, jewellery, industrial, investment, hydrogen, and medical applications. No single sector dominates entirely, and the emerging hydrogen sector is growing from a small but meaningful base.
PLATINUM DEMAND BY SECTOR, 2024 (~8,500 koz total demand)
Annual data from Johnson Matthey PGM Market Report (published May each year) · Updated annually
Autocatalyst (diesel + hybrid + gasoline substitution)
~40%
Jewellery (China, Japan, India, primarily white gold substitute)
~22%
Industrial (chemical production, petroleum refining, glass)
~18%
Investment (ETFs, bars, coins, PPLT primary vehicle)
~8%
Hydrogen & fuel cells (PEM electrolyzers + fuel cell vehicles)
~5%
Medical & other (dental, pacemakers, cancer treatment)
~7%
Two demand trends are working in platinum's favour simultaneously. Hybrid electric vehicles, which still have internal combustion engines and therefore require catalytic converters, are growing rapidly and use more platinum per vehicle than pure ICE cars. A hybrid catalyst must work efficiently at lower operating temperatures when the electric motor carries the load, which requires higher platinum loading. As BEV adoption grows in parallel, hybrids are capturing a larger slice of the remaining ICE market, and that slice is supportive for platinum demand.
AUTOCATALYST DEMAND
Autocatalysts account for roughly 40% of total platinum demand, making them the largest single use. Diesel engines use platinum-dominant catalysts because platinum is more effective at the lower exhaust temperatures typical of diesel combustion. The collapse of European diesel sales after Dieselgate (September 2015) removed roughly 600–800 koz of projected annual platinum demand over the following five years. But two forces are partially offsetting that headwind: hybrid vehicle growth and platinum-for-palladium substitution in gasoline catalysts.
European diesel's share of new car registrations fell from approximately 55% in 2015 to approximately 15% by 2024. This was not a gradual trend, it was a cliff. VW's defeat device admission on September 18, 2015 triggered regulatory retaliation, consumer backlash, and city diesel bans across Europe simultaneously. The knock-on effect for platinum was immediate and lasting: less diesel sold = less platinum per vehicle = fewer total ounces needed. Platinum's inability to catch palladium on the way up (when palladium went from $500 to $3,440) traces directly to this supply-demand deterioration on the platinum side.
Battery electric vehicles (BEVs) use no PGMs in their drivetrain. But hybrids do, and they often use more platinum per vehicle than a conventional ICE car. A hybrid's combustion engine runs intermittently and at variable load, meaning the catalyst must handle cold-starts and low-temperature operating cycles that are harder on catalyst efficiency. Higher platinum loading compensates. As BEV growth stalls in some markets and hybrids take share, total PGM demand from the light vehicle fleet is holding up better than pessimistic forecasts from 2021–2022 suggested.
Platinum-for-palladium substitution has added an estimated 200 to 400 koz of annual demand
When palladium was $2,500–$3,440/oz and platinum was $800–$1,100/oz, catalyst manufacturers had compelling economics to reformulate gasoline three-way catalysts to use more platinum and less palladium. BASF, Umicore, and Johnson Matthey all confirmed substitution programmes were underway. WPIC estimates 200–400 koz/year of platinum demand has been added since 2022 through this mechanism. The economic incentive has reduced as the Pt-Pd spread converged toward parity, but the reformulated catalyst designs persist in production lines and represent a lasting addition to platinum demand that did not exist before 2020.
WPIC / Johnson Matthey · Annual koz · 2015–2024
Platinum Autocatalyst Demand, Diesel Declining, Gasoline + Substitution Growing
Pt diesel (dark grey, declining) · Pt gasoline + substitution (light grey, growing) · Pt hybrid (green, growing)
Sources: WPIC Platinum Quarterly, Johnson Matthey PGM Market Report · /api/platinum/autocatalyst-history
HYDROGEN DEMAND
Platinum is the primary catalyst in proton exchange membrane (PEM) technology, used in both PEM electrolyzers (green hydrogen production via electrolysis) and PEM fuel cells (hydrogen-to-electricity in vehicles and stationary power). Current platinum demand from hydrogen applications is roughly 400 to 500 koz per year, about 5 to 6% of total, and growing. WPIC's base case projects hydrogen demand reaching 1.5–2.0 million ounces per year by 2035, potentially 15–25% of total platinum demand.
A PEM electrolyzer uses electricity to split water (H₂O) into hydrogen and oxygen. At the heart of the device is a platinum-coated membrane: platinum catalyses the hydrogen evolution reaction (HER) at the cathode. Iridium catalyses the oxygen evolution reaction (OER) at the anode. Current commercial PEM electrolyzers use approximately 0.3–0.5 grams of platinum per kilowatt of electrolyzer capacity, with R&D programs targeting 50–80% loading reductions. Even at the reduced loading target, the scale of deployment implied by IEA Net Zero scenarios represents multiple years of annual platinum mine supply.
The IEA estimates approximately 200 GW of electrolyzer capacity is needed by 2030 under Net Zero scenarios. At 0.3–0.5g/kW, that implies 60–100 million grams of platinum demand over the buildout period, or 1.9 to 3.2 million troy ounces. Annual platinum mine supply is approximately 5,800 koz. If the IEA 2030 target is met with current-generation PEM technology, electrolyzers alone would consume the equivalent of roughly 4–6 months of global annual platinum mine supply over five years. That is not marginal demand growth.
Why hydrogen demand is platinum-specific and not palladium
PEM electrolysis and PEM fuel cells use platinum and iridium as catalysts. They use no palladium. This is not a temporary specification, it is determined by the electrochemistry: platinum is uniquely effective as the HER catalyst in acidic PEM environments, and no commercially viable substitute exists at scale. Palladium's only real demand growth story is ICE vehicles, which are declining. Platinum has ICE autocatalysts (floor) plus industrial demand (stable) plus hydrogen (growth). The divergence between these two demand profiles is the central reason the platinum-palladium spread thesis exists.
WPIC / IEA / Industry · Annual koz · 2018–2035
Platinum Demand from Hydrogen, Actual + Three-Scenario Forecast to 2035
Actual (solid green) · Bear/base/bull scenario band (shaded) · IEA NZE capacity targets drive bull scenario
Sources: WPIC hydrogen demand data, IEA Hydrogen Tracker · /api/platinum/hydrogen-forecast · Scenarios: editorial estimate updated annually
WPIC BALANCE
The World Platinum Investment Council publishes a Platinum Quarterly every quarter (January, April, July, October), the most detailed public supply-demand balance available for platinum anywhere. The balance figure (total supply minus total demand) is what institutional investors watch first. WPIC has projected deficit conditions since late 2023. A 900 koz deficit against total annual supply of roughly 7,600 koz is an 11.8% shortfall. That is meaningful, and the price has not yet reflected it.
WPIC 2024E balance
−900 koz
Supply-demand deficit
Total supply 2024E
~7,600 koz
Mine + recycling
Total demand 2024E
~8,500 koz
All sectors
WPIC 2025E forecast
−800 koz E
Continued deficit
WPIC Platinum Quarterly · Annual koz · 2015–2026E
Platinum Supply-Demand Balance, Annual Surplus vs Deficit
Grey bars above zero = surplus · Green bars below zero = deficit · Dashed outline = WPIC forecast
Source: WPIC Platinum Quarterly · /api/platinum/pt-balance-history · Updated quarterly
A documented deficit and a flat price: what is happening
WPIC has projected consecutive deficits since 2023 and prices have not followed. There are two reasons. First, above-ground platinum stocks held by producers, refiners, and financial institutions are large enough to absorb a physical shortfall without creating immediate market tightness. WPIC estimates above-ground stocks at approximately 3 million oz; at the current deficit pace, that runway is measured in years, not months. Second, platinum investment demand (ETF and bar) has been tepid: without institutional platinum buying to complement the supply deficit, price discovery has been slow. The bull thesis requires the deficit to tighten physical supply visibly enough to attract investment demand back into the market.
PRICE FORECAST
Platinum price forecasts here are an editorial synthesis of WPIC quarterly data, Johnson Matthey's annual PGM Market Report, Metals Focus analysis, and our own market monitoring. We publish scenarios with the conditions each requires, not point forecasts. A number without context is less useful than knowing what has to be true for that number to come right.
🟢 Bull, $1,400–$1,800/oz by 2027
$1,400–$1,800
WPIC deficit confirmed through 2026. Hydrogen electrolyzer deployment accelerates beyond base case. South African mine output reduced further by Eskom disruption or labour action. Investment demand returns as platinum recovers toward gold parity. PPLT ETF sees sustained inflows.
Requires H2 policy delivery + SA supply constraint + investment demand re-engagement
🔵 Base, $1,000–$1,300/oz by 2027
$1,000–$1,300
Gradual deficit tightening acknowledged by market. Hydrogen demand grows from low base. Autocatalyst demand holds via hybrid growth and Pt-for-Pd substitution. SA supply broadly stable. Modest recovery over 18–24 months as deficit builds institutional platinum positioning.
Consensus of WPIC, Johnson Matthey, Metals Focus, as of April 2026
🔴 Bear, Range-bound $700–$1,000/oz
$700–$1,000
BEV adoption accelerates faster than forecast, cutting total autocatalyst demand sharply. Hydrogen policy delays and electrolyzer order cancellations. South African load-shedding resolves fully, supply recovers. WPIC balance returns to surplus.
Requires faster BEV acceleration + SA supply recovery + H2 policy failure
MINING STOCKS
Four South African companies produce the overwhelming majority of the world's platinum: Anglo American Platinum, Impala Platinum, Sibanye-Stillwater, and Northam. For US equity investors seeking platinum equity exposure, Sibanye-Stillwater (NYSE: SBSW) is the most liquid access point. Amplats (OTC: ANGPY) and Implats (OTC: IMPUY) are available via OTC ADRs, use limit orders, OTC spreads can be wide.
JSE: AMS · OTC: ANGPY
World's largest platinum producer · South Africa + Zimbabwe
~3.8M
4E oz/yr
~65%
SA Pt share
OTC: ANGPY
US access
The single most important company in global platinum supply. Key operations: Mogalakwena (open-pit Platreef in Limpopo, the world's most productive platinum mine by output), Amandelbult Complex (Merensky + UG2, underground, Limpopo), Mototolo-Der Brochen JV (Limpopo). Processes through the world's largest platinum smelter at Waterval, Rustenburg. Underwent major restructuring 2020–2024 including Section 189 retrenchments in response to low PGM basket prices. Also operates Unki mine in Zimbabwe (100% Anglo Platinum, Great Dyke UG2). US investors access via ANGPY OTC ADR. Use limit orders, the spread can reach 1.5–2% at off-peak hours.
JSE: IMP · OTC: IMPUY
Second-largest producer · SA, Zimbabwe, Canada
~3.0M
6E oz/yr
87%
Zimplats stake
OTC: IMPUY
US access
Implats produces across three geographies. South Africa: Rustenburg operations (aging Boschkopje shaft complex, high unit costs) and Marula mine (Limpopo, UG2, lower cost). Zimbabwe: Zimplats (87% stake, Great Dyke UG2, Zimbabwe's largest PGM producer, growing). Canada: Royal Bafokeng Platinum (acquired 2022, Merensky). Waterberg JV in Limpopo is a longer-term palladium-rich Platreef development option. Rustenburg's aging shaft infrastructure creates unit cost pressure that has been a drag on margins at low PGM basket prices. US access via IMPUY OTC ADR.
NYSE: SBSW · JSE: SSW
PGM + Gold + Lithium · NYSE-listed · US Pd/Pt operations
~2.2M
4E oz/yr SA
~400 koz
US Pd/Pt
NYSE: SBSW
Most liquid US
The most accessible PGM producer for US investors via the NYSE primary listing. South Africa: Kroondal, Rustenburg (ex-Anglo), Marikana (ex-Lonmin), Plats 4, all Merensky + UG2. USA: Stillwater and East Boulder palladium mines in Montana, the only significant primary US palladium mines (acquired 2017 for $2.2B, with subsequent impairments). Also holds Keliber lithium project in Finland. SBSW's combination of SA PGM, US PGM, gold, and lithium makes it uniquely diversified among the platinum sector, but also complex to model as a pure platinum play. Dividends subject to 20% South African withholding tax (creditable via Form 1116 in taxable accounts).
JSE: NPH · OTC: NTHMY
Growth-focused · Booysendal & Zondereinde
~620 koz
4E oz/yr
Booysendal
Growth asset
OTC: NTHMY
US access
Northam is South Africa's fourth-largest platinum producer. Zondereinde: Merensky + UG2, approaching 2km depth, one of SA's deepest mechanised mines, high grade, high cost. Booysendal: UG2, Mpumalanga, fully mechanised, commissioned in phases from 2012, the primary growth driver, lower cost per ounce than Zondereinde. Northam maintained production discipline through the low-price cycle better than most peers, avoiding the deep retrenchments that hit Amplats and Sibanye. US access via NTHMY OTC ADR.
PRICE HISTORY
2000 – 2008
European diesel vehicle adoption grew steadily through the early 2000s, driven by superior fuel economy and lower CO₂ emissions per kilometre, both incentivised by EU tax policy. Diesel required platinum-heavy catalysts. Simultaneously, platinum was undeniably rare. The combination drove platinum from approximately $400/oz in 2000 to $2,290/oz in March 2008, an all-time high. The trigger for the 2008 peak was Eskom: a sudden January 2008 power crisis shut South African mines without warning, removing hundreds of thousands of ounces from annual supply projections overnight. Rhodium hit $10,100/oz simultaneously. The Global Financial Crisis ended the rally within months; platinum fell to $774/oz by November 2008.
2008 – 2014
Platinum recovered to approximately $1,800/oz by 2011, then spent three years in a choppy $1,300–$1,700 range. The Marikana massacre on August 16, 2012, 34 striking Lonmin rock drill operators shot by South African police, transformed SA mining labour relations permanently. AMCU's subsequent organising campaign led to the longest platinum strike in history: five months in 2014, removing approximately 1.3 million ounces from annual supply. Despite the disruption, platinum prices barely moved. Demand was also weak; the post-GFC surplus absorbed the output loss. That episode is a reminder that supply disruptions do not always move prices when demand is simultaneously weak.
2015 – 2019
VW's September 18, 2015 admission of defeat device fraud was the turning point. European diesel car sales collapsed from ~55% of new registrations to below 20% within four years. Platinum autocatalyst demand fell with it, roughly 600–800 koz below projected trajectory. Simultaneously, tightening emission standards were boosting palladium demand from gasoline catalysts, and gold was rising on safe-haven buying as real interest rates fell. In 2015, platinum crossed below gold for the first time in the modern era. By 2016, platinum had fallen to $776/oz, its lowest in over a decade, while palladium crossed above it in 2017 and kept climbing.
2019 – 2021
COVID-19 mine closures in South Africa in Q2 2020 cut PGM output across all six metals simultaneously. Tighter emission standards (China 6, Euro 6d) pushed PGM loadings higher just as supply was disrupted. Investor enthusiasm for critical minerals and green hydrogen added to the rally. Platinum reached $1,298/oz in February 2021, its highest since the 2015 Dieselgate collapse, before correcting as South African production recovered and the hydrogen thesis proved slower to materialise than 2020–2021 market narratives implied.
2021 – 2024
South Africa's Eskom power crisis intensified from 2022 onward, materially reducing platinum mine output. WPIC began reporting consecutive annual supply deficits from 2023. Yet platinum prices did not respond significantly, declining from the 2021 peak of $1,298 back toward $900–$1,000/oz as above-ground stocks absorbed physical shortfalls and investment demand failed to return. The palladium bust (palladium fell 74% from its $3,440 peak) created a general PGM sector sentiment overhang. Platinum traded below gold by $1,200–$1,500 for most of the period, a historically anomalous discount that the WPIC deficit thesis has not yet resolved.
2025 – present
Platinum has settled near $900–$1,100/oz. Eskom load-shedding has improved substantially in 2024–2025 but is not resolved. WPIC projects continued deficit. The next material catalyst is either: (a) hydrogen electrolyzer deployment accelerating faster than consensus; (b) BEV adoption in Europe or China disappointing, extending ICE autocatalyst demand life; or (c) a resumption of severe South African power or labour disruption. Without one of those catalysts, the deficit thesis is more likely to be a slow grind than a sharp re-rating.
MARKET DRIVERS
This dashboard tracks the six most important drivers of platinum price direction in 2025-2026. The WPIC balance, South African output, and Pt-Pd substitution are the three most actionable bullish catalysts. Above-ground stocks are the primary headwind. Hydrogen demand is a long-term structural driver but not yet a near-term price catalyst.
| Driver | Live Reading | Direction | Explanation |
|---|---|---|---|
| WPIC balance | −900 koz deficit (2024E) | Bullish | Persistent deficit tightens physical market |
| South Africa output | ~4,200 koz/yr (declining) | Bullish | Load-shedding + aging shafts = structural supply risk |
| Hybrid/ICE mix | Hybrid share rising | Bullish | Hybrids use more Pt per vehicle than BEVs |
| Pt-Pd substitution | Active in gasoline cats | Bullish | Automakers replacing Pd with Pt in gasoline autocatalysts |
| Hydrogen electrolyzer orders | Slow (IEA 200 GW by 2030 unlikely) | Neutral | Long-term bullish, but 2025-2027 demand muted |
| Above-ground stocks | ~3M oz (WPIC est.) | Bearish | Large inventories dampen immediate price response to deficit |
How to read this dashboard
This is not a "score" system. A single bearish driver (above-ground stocks) can outweigh multiple bullish drivers if it is large enough. The platinum market in 2024-2025 is a case study: WPIC has documented a 900 koz deficit, South African output is declining, and Pt-Pd substitution is accelerating, yet the price has remained flat because above-ground inventories are absorbing the physical shortfall. The bull thesis requires either (1) the deficit to persist long enough to draw down inventories visibly, or (2) investment demand (ETF inflows, speculative positioning) to return and front-run the physical tightness. Watch WPIC Platinum Quarterly updates and PPLT AUM for early signals.
INVESTMENT VEHICLES
US investors have six primary ways to gain platinum exposure: the PPLT physical ETF (most liquid), Sibanye-Stillwater equity (NYSE: SBSW, most accessible), OTC ADRs for Amplats/Implats/Northam (use limit orders), and NYMEX platinum futures (institutional). Note the 28% collectibles tax on PPLT long-term gains—this is a critical consideration for taxable accounts.
| Ticker | Name | Type | Exchange | AUM/Cap | Expense | Liquidity | Key Details |
|---|---|---|---|---|---|---|---|
| PPLT | abrdn Physical Platinum Shares ETF | Physical-backed ETF | NYSE Arca | ~$900M | 0.60% | High | The largest and most liquid platinum ETF. Holds physical platinum bars in London vaults. Each share represents a fractional interest in the trust's platinum holdings. Subject to 28% collectibles tax on long-term gains |
| SBSW | Sibanye-Stillwater | Mining equity | NYSE | ~$3.5B | N/A | High | NYSE-listed South African PGM producer. Most liquid US equity exposure to platinum mining. Produces ~2.2M 4E oz/yr from SA operations + ~400 koz Pd/Pt from Montana. Dividends subject to 20% SA withholding tax (creditable) |
| ANGPY | Anglo American Platinum ADR | Mining equity (OTC ADR) | OTC | ~$15B | N/A | Medium | World's largest platinum producer (~3.8M 4E oz/yr). US access via OTC ADR. Primary listing JSE: AMS. Use limit orders; OTC spreads can reach 1.5-2% |
| IMPUY | Impala Platinum ADR | Mining equity (OTC ADR) | OTC | ~$4B | N/A | Medium | Second-largest platinum producer (~3.0M 6E oz/yr). SA + Zimbabwe + Canada operations. Primary listing JSE: IMP. Use limit orders; OTC ADR |
| NTHMY | Northam Platinum ADR | Mining equity (OTC ADR) | OTC | ~$2B | N/A | Low | Fourth-largest SA platinum producer (~620 koz 4E oz/yr). Growth-focused via Booysendal expansion. Primary listing JSE: NPH. Use limit orders; OTC ADR |
| PL (NYMEX) | Platinum Futures | Futures contract | NYMEX (CME) | N/A | Margin + roll | High | NYMEX platinum futures (contract size: 50 troy oz). Used by institutional investors and speculators. Requires margin account. Taxed as 60/40 (60% long-term, 40% short-term) under Section 1256 |
US tax treatment: 28% collectibles tax on physical platinum ETFs
PPLT and other physical platinum ETFs are classified as "collectibles" under IRC Section 408(m). Long-term capital gains (held >1 year) are taxed at a maximum rate of 28%, not the standard 15% or 20% long-term capital gains rate. This is the same treatment as physical gold and silver ETFs (GLD, SLV). Short-term gains (<1 year) are taxed as ordinary income regardless. Mining equities (SBSW, ANGPY, IMPUY, NTHMY) are taxed as standard equities (15%/20% long-term gains). NYMEX platinum futures are taxed under Section 1256 (60% long-term / 40% short-term, regardless of holding period). For tax-advantaged accounts (IRA, 401k), the collectibles tax does not apply. Consult a tax professional for your specific situation.
FAQ
Common questions about platinum pricing, supply, demand, and investment. If you're new to the platinum market, start here.
Editorial Note
This page tracks platinum market data including live spot prices, supply-demand analytics, South African production intelligence, hydrogen fuel cell demand forecasts, and investment vehicles. Data is updated regularly with information from the World Platinum Investment Council (WPIC), London Bullion Market Association (LBMA), Johnson Matthey PGM Market Reports, Anglo American Platinum, Impala Platinum, Sibanye-Stillwater, Northam Platinum, International Energy Agency (IEA), USGS Mineral Commodity Summaries, and Eskom load-shedding schedules. Price data is sourced from LBMA fixes and NYMEX platinum futures. Supply-demand balance data is sourced from WPIC Platinum Quarterly reports (published January, April, July, October). This is information for educational and research purposes, not financial advice. Consult a qualified financial advisor before making investment decisions. Last reviewed: May 2026.