Gold ₹14,829.00/g ▲ +0.38% Silver ₹213.09/g ▲ +1.13% Platinum ₹5,004.95/g ▲ +1.25% Palladium ₹3,466.94/g ▲ +0.44% Rhodium ₹25,506.72/g ▼ -0.77% Copper ₹1,273.33/kg ▲ +1.02% Aluminium ₹259.31/kg ▲ +0.37% Cobalt ₹3,411.38/kg ▲ +0.31% Gallium ₹22,556.37/kg ▲ +0.37% Indium ₹66,761.68/kg ▼ -1.54% Iron Ore ₹7.85/kg ▲ +0.13% Lead ₹163.62/kg ▲ +0.32% Lithium ₹1,324.21/kg ▼ -1.79% Molybdenum ₹7,978.99/kg ▲ +0.04% Nickel ₹1,317.73/kg ▲ +0.11% Neodymium ₹12,282.84/kg ▲ +0.37% Tin ₹4,373.89/kg ▲ +0.31% Tellurium ₹10,351.30/kg ▲ +0.37% Uranium ₹17,184.43/kg ▲ +0.31% Zinc ₹319.63/kg ▲ +0.73% Crude Oil (Brent) ₹10,012.37/bbl ▼ -0.54% Crude Oil (WTI) ₹9,177.39/bbl ▼ -0.28% Gasoline ₹299.13/gal ▼ -1.15% Natural Gas ₹304.04/MMBtu ▼ -1.93%

Iron Ore Metal Chain™

Steel & Construction Materials · ₹7.85/kg today

From mine to market: how Iron Ore moves through the global economy.

Current Bottleneck Steelmaking High confidence

Data year: 2025 · Chain data last reviewed: 9 September 2026 · not a live feed — see methodology.

How Iron Ore Moves Through the Economy

Each stage below is a real, cited figure — click any stage for its full description and source.

MiningAustralia 38%SteelmakingChina 52%Construction &InfrastructureRecycling34% of supply
Mining Mining / Extraction

Iron ore is mined and beneficiated (crushed, screened, sometimes pelletized) into a feedstock suitable for steelmaking.

Australia is the single largest iron-ore-producing country, accounting for an estimated 37.7% of world mine production. Concentration: Moderate

High confidence

Source: USGS Mineral Commodity Summaries (via MetalsCost Metal Reserves) (2025)

Steelmaking Processing / Refining

Iron ore is smelted (via blast furnace or direct-reduction routes) and converted into crude steel.

China produced an estimated 52% of the world's crude steel in 2025, by far the most concentrated steelmaking base of any major economy. Concentration: High

High confidence

Source: World Steel Association, "2025 Global Crude Steel Production Totals" — view (2025)

Construction & Infrastructure Manufacturing / End Use

Crude steel is rolled and fabricated into structural sections, rebar, plate and sheet used across construction, machinery, vehicles and appliances.

Construction and infrastructure account for an estimated 49-52% of global steel demand; the remainder splits across mechanical equipment (16%), metal goods (11%), automotive (7.5-12%), oil & gas (6%) and other transport/appliances. Concentration: High

Medium confidence

Source: World Steel Association data, via SteelOnTheNet "Steel End-Use Applications Guide" — view (2024)

Secondary Supply (Recycling) Secondary Supply (Recycling)

Scrap steel is recovered and re-melted (commonly via electric-arc furnaces), one of the most efficiently recycled materials in industry.

Recycled steel supplied an estimated 630 million tonnes of the 1,849.4 million tonnes of crude steel produced worldwide in 2025 — about 34% of total production. Concentration: Moderate

High confidence

Source: Bureau of International Recycling (BIR), "World Steel Recycling in Figures" (16th ed.) — view (2025)

Supply Chain at a Glance

Mining / Extraction
Australia
37.7%
Moderate
Processing / Refining
China
52%
High
Manufacturing / End Use
51%
High
Secondary Supply (Recycling)
34%
Moderate

Current Bottleneck

Steelmaking is more concentrated than Mining: China accounts for 52%, versus Australia's 37.7% of Mining.

This is a plain comparison of two real, cited concentration figures — not a synthetic weighted risk score. See how this is determined.

Australia and Brazil Dig It, China Buys It

Australia and Brazil — home to mining giants like BHP, Rio Tinto, Fortescue and Vale — supply the large majority of the world's seaborne iron ore, and Chinese steel mills buy the overwhelming majority of it. The price tracked here is, in effect, a live bet on Chinese steel output and construction activity.

Ore, Not Steel

The price on this page tracks raw iron ore — specifically the international 62% Fe fines benchmark — not finished or rolled steel. Iron ore gets smelted into pig iron and then processed into steel products like rebar and structural sections, each step adding its own smelting, rolling and market costs on top.

A Slow Push Toward 'Green Steel'

Traditional steelmaking — smelting iron ore with coke in a blast furnace — is one of the largest single industrial sources of carbon emissions on Earth, which has pushed a small but growing "green steel" movement toward hydrogen-based direct reduction: replacing carbon with hydrogen as the reducing agent, producing water instead of CO2. Still early-stage and far from mainstream, but a genuine long-term threat to how iron ore itself gets processed decades from now.

Did You Know?

Iron ore can't have one uniform spot price the way gold or copper do, because ore quality varies hugely by iron content and impurities — pricing evolved around standardised grade benchmarks (commonly 62% Fe fines) rather than a single grade.

Frequently Asked Questions

Australia is the single largest iron ore-producing country, accounting for an estimated 37.7% of world mine production. See the full country-by-country breakdown.

Steelmaking is more concentrated than Mining: China accounts for 52%, versus Australia's 37.7% of Mining.

An estimated 34% — Recycled steel supplied an estimated 630 million tonnes of the 1,849.4 million tonnes of crude steel produced worldwide in 2025 — about 34% of total production.

The Iron Ore price in India today is ₹7.85 per kilogram as of October 16, 2026. See the live price and chart.

Metal Chain™ is an analytical framework developed by MetalsCost. Concentration figures and the current-bottleneck comparison are estimates derived from available public data and a documented methodology — they are not investment advice or a guaranteed forecast. See the methodology page for data sources and calculation details.