Iron Ore Prices, News and Analysis
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Daily Iron Ore Prices
| Date | Avg. Price | Change (%) |
|---|---|---|
| 25/02/2026 | 101.30 USD | 2.63 |
| 24/02/2026 | 98.70 USD | 0.5 |
| 23/02/2026 | 99.20 USD | 0.0 |
| 22/02/2026 | 99.20 USD | 0.0 |
| 21/02/2026 | 99.20 USD | 0.0 |
| 20/02/2026 | 99.20 USD | 0.0 |
Iron Ore Market Updates
Weekly Iron Ore Prices
Iron Ore Price Index
| Week | Avg | Change (%) |
|---|---|---|
| 09/02/2026 | ![]() |
0.410 |
| 23/02/2026 | ![]() |
0.000 |
| 02/03/2026 | ![]() |
0.420 |
| 09/03/2026 | ![]() |
0.420 |
| 16/03/2026 | ![]() |
0.720 |
Global Iron Ore Market Overview
Iron ore remains the dominant raw material input for the global steelmaking industry, with over 70% of global demand linked directly to China's blast furnace production. Benchmark pricing is primarily assessed based on 62% Fe fines delivered to China (CFR), while higher-grade material such as 65% Fe commands a premium due to improved productivity and lower emissions intensity in blast furnaces.
Market fundamentals are influenced by construction and manufacturing performance, steel mill operating rates, cost structures across major miners, and shifts in seaborne supply originating from Australia and Brazil. Price volatility has remained elevated over recent years due to macroeconomic uncertainty, freight market disruptions, and changing expectations around Chinese stimulus and steel output controls.
Annual Iron Ore Price Trends (2019-2024)
Average Annual Benchmark Prices (USD/mt)
| Year | Iron ore (62%) ($/mt CFR China) | Ex-Brazil iron ore (65%) ($/mt CFR China) | BPI ($/mt FOB Russian Black Sea port) |
| 2019 | $90.8 | $104.1 | $328.1 |
| 2020 | $109.1 | $122.9 | $345.9 |
| 2021 | $157.7 | $183.9 | $547.9 |
| 2022 | $120.5 | $139.5 | $477.4 |
| 2023 | $120.0 | $132.3 | $379.1 |
| 2024 | $108.8 | $122.8 | $384.1 |
China 62% Fe Benchmark - Why It Matters
The 62% Fe fines delivered to China (CFR) represent the primary benchmark for global iron ore pricing. China accounts for more than half of the world's seaborne iron ore demand due to its integrated blast furnace-based steel production. As a result, price assessments for 62% Fe fines into major Chinese ports reflect the marginal cost of supply in the global iron ore market.
This benchmark serves as the basis for most transactional pricing mechanisms across Asia, the Middle East, and Europe, where contracts frequently utilize index-linked formulas tied to daily market evaluations. The price differential between 62% Fe and higher-grade materials, such as 65% Fe concentrates, indicates both productivity economics and emissions intensity considerations within the blast furnace burden.
Daily movements in the 62% Fe index therefore provide critical insight into global steel demand expectations, Chinese macroeconomic policy shifts, and disruptions in seaborne supply originating from Australia and Brazil. For traders, miners, and steel producers, tracking the benchmark is essential for managing cost volatility and maintaining commercial competitiveness.
Factors Influencing Iron Ore Prices
| Category | Key Drivers | Market Impact |
| Demand - Steel Production | China blast furnace operating rates, construction PMI, manufacturing sentiment | Strongest price correlation - accelerated demand lifts the 62% Fe benchmark |
| Supply - Mining Output & Disruptions | Weather events in Australia/Brazil, tailings & safety regulation, infrastructure constraints | Sudden outages trigger price spikes due to concentrated supply sources |
| Freight & Logistics Costs | Capesize rates, fuel costs, port congestion, vessel availability | Higher transportation costs widen regional premiums and influence arbitrage flows |
| Grade Differentials & Emissions Policy | Productivity benefits from 65% Fe, DR-grade ore demand, decarbonization strategies | Sustains premium structures for higher-grade products |
| Macro & Policy Intervention | Chinese stimulus measures, credit tightening, steel production controls | Drives major sentiment swings in pricing expectations |
Key Market Events & Price Impacts (2019-2024)
| Year | Major Event / Market Driver | Price Impact & Market Response |
| 2019 | Balanced market fundamentals; steady steel production in China | Stable - Prices remained range-bound with limited volatility |
| 2020 | COVID-19 shutdowns; Brazil mine constraints; China stimulus | Rapid upward shift (H2) - Demand rebounded faster than seaborne supply |
| 2021 | Strong BF utilization; property-driven construction boom | Multi-year highs - Exceptional tightness in 62% Fe benchmark |
| 2022 | Steel output controls in China + freight volatility; macro uncertainty | Sharp volatility - High prices early, broad correction afterward |
| 2023 | Property sector slowdown; cautious mill procurement | Normalized pricing - Demand-lag caused sustained downward pressure |
| 2024 | Infrastructure focus vs. slower residential investment; cost discipline at mills | Flat to modest upside potential - Seasonal demand improvement expected |
Regional Market Dynamics
Australia - Low-Cost Seaborne Supply Anchor
Australia is the largest seaborne supplier of iron ore, primarily shipping medium-grade fines to China under long-term contracts and index-linked arrangements. The country's cost-competitive open-pit operations, efficient rail-port infrastructure, and large-scale mining complexes enable stable, high-volume exports, making Australian cargoes the core liquidity driver of the 62% Fe benchmark.
Changes in Australian export volumes, port throughput, or operational disruptions have a direct and immediate influence on global pricing, particularly when Chinese demand is strong. As a result, Australia effectively sets the marginal cost floor for much of the global iron ore market.
Brazil - High-Grade Premium Supplier
Brazil plays a key role on the high-grade segment of the market, supplying 65% Fe fines and pellet feed that typically command a premium over the 62% Fe benchmark. These ores support higher blast furnace productivity and lower specific fuel consumption, which enhances their attractiveness in periods of firm steel margins.
Weather-related disruptions, logistical challenges, or mine-specific constraints in Brazil can materially widen the spread between 62% and 65% Fe indices. When Brazilian exports are constrained, high-grade premiums tend to expand, tightening overall seaborne availability and providing additional upward pressure on global reference prices.
China - Dominant Demand Center
China remains the dominant demand center for iron ore, with its blast furnace operating rates and steel output policies driving the direction of benchmark prices. Shifts in construction activity, infrastructure investment, and property sector dynamics translate rapidly into changes in iron ore procurement strategies by Chinese mills.
Import behavior is also influenced by port inventories, domestic ore quality, and mill margin conditions. In phases of strong demand and healthy margins, mills are more willing to bid aggressively for seaborne material, supporting higher index levels. Conversely, when output controls or weaker downstream demand tighten margins, buying turns more cautious, leading to softer pricing and increased volatility.
