Global Steel Production: Leaders, Trends, and Exporters in 2025

by StatRanker May 16, 2025 4021 29 min read

Industry & Manufacturing · Steel · 2025 snapshot (updated)

Global steel production in 2025: leaders, cycle signals, and what matters next

Crude steel output remains one of the clearest “hard industry” gauges of investment cycles, construction momentum, and trade pressure. With demand projected to be broadly flat in 2025, the story shifts from volume growth to utilisation, cost control, and policy.

Key metrics (latest consolidated view)

MetricCrude steel output
World total (2025)1,849.4 Mt
Change vs 2024−2.0%
Demand backdrop (2025)~1,749 Mt (projected)

“Mt” = million tonnes. Production totals are worldsteel annual figures (some countries are estimated in the annual compendium).

Table 1. Top 10 crude steel producers (2025 full year vs 2024)

Values are annual crude steel production in million tonnes. The 2025 column includes the year-over-year change.

Rank	Producer	2025 (Mt)	2024 (Mt)
1	China	960.8 −4.4% vs 2024	1,005.1
2	India	164.9 +10.4% vs 2024	149.4
3	United States	82.0 +3.1% vs 2024	79.5
4	Japan	80.7 −4.0% vs 2024	84.0
5	Russia (estimated)	67.8 −4.5% vs 2024	71.0
6	South Korea	61.9 −2.8% vs 2024	63.6
7	Türkiye	38.1 +3.3% vs 2024	36.9
8	Germany	34.1 −8.6% vs 2024	37.3
9	Brazil	33.3 −1.6% vs 2024	33.9
10	Iran (estimated)	31.8 +1.4% vs 2024	31.4

Global total (2025): 1,849.4 Mt. Global total (2024): 1,886.8 Mt.

Chart 1. Top 10 producers — 2025 output (Mt)

Chart could not be rendered (Chart.js blocked or unavailable). The ranking table above is the authoritative fallback.

With demand broadly flat, 2025 is best read as a year of rebalancing: utilisation, margins, and trade defence matter as much as headline tonnes.

Methodology and data notes

This update combines three layers of “latest available” releases. (1) Annual production totals use worldsteel’s consolidated 2025 global table (full-year 2025 with a 2024 benchmark). (2) Near-term momentum uses the worldsteel monthly release for January 2026 (year-on-year changes at the start of the new cycle). (3) Trade structure uses worldsteel’s “World Steel in Figures 2025” steel trade tables (latest complete trade year available in that booklet: 2024, covering semi-finished + finished steel).

Figures are reported in million tonnes and may include estimates for countries with partial reporting in the annual compendium. Revisions can occur as national statistical systems update their data, and trade figures can vary by treatment of intra-regional flows (notably intra-EU). For analysis, treat rankings as robust signals of relative scale, while using the year-on-year deltas to read cycle direction.

Insights (2025 pattern)

China remains dominant in absolute scale, but 2025 output is lower than 2024, reinforcing the shift from volume expansion to capacity discipline.
India stands out as the key growth engine among top producers, consistent with infrastructure and industrial investment cycles.
Europe’s core producers face a tougher margin environment: Germany’s year-over-year decline highlights energy and demand sensitivity.
Overcapacity keeps trade policy highly reactive: small demand moves can trigger large price spreads and import surges.

What this means for readers

If you work in manufacturing, logistics, construction, or commodities, the 2025 steel map is primarily a story about risk management. In flat-demand conditions, the biggest swings in profitability usually come from (a) energy and freight costs, (b) trade actions that redirect flows, and (c) product mix (value-added grades vs commodity long products). For investors and planners, the most useful signal is not who is #1, but how fast capacity expands relative to demand — because that gap sets the floor for price competition and policy escalation.

Next: Exporters → Back to table ↑

Trade · Exporters & net exporters · Latest complete trade year

Steel trade in context: exporters are concentrated, and net exporters drive policy friction

Steel trade is measured here as exports of semi-finished + finished steel products. Cross-border flows are large relative to output: the latest worldsteel trade tables show ~449 Mt of steel exports in 2024, around one quarter of finished steel production in that year.

Trade unit: million tonnes (Mt) Coverage: exports of semi-finished + finished steel Trade year: 2024 (latest complete in booklet)

Net exports = exports − imports. Negative values imply net importer status.

Table 2. Major steel exporters (2024): total exports and net exports

Total exports rank is shown below. Net exports are provided to indicate structural suppliers versus economies that export heavily but still import more than they ship.

Rank	Exporter	Total exports (Mt)	Net exports (Mt)
1	China	117.1	108.4
2	Japan	31.2	25.0
3	South Korea	28.0	13.8
4	European Union (27)	27.8	−15.0
5	Germany	22.6	4.3
6	Türkiye	17.0	−2.7
7	Belgium	15.4	3.5
8	Italy	15.0	−3.5
9	Viet Nam	13.4	−3.8
10	Russia	12.3	9.8

Trade rankings are sensitive to definitions and intra-regional flows (notably intra-EU). Use “net exports” to identify structural suppliers versus economies with high two-way trade.

Chart 2. Top exporters — total steel exports in 2024 (Mt)

Chart could not be rendered (Chart.js blocked or unavailable). The exporters table above is the authoritative fallback.

Export scale matters most in flat-demand years because redirected flows can move regional price spreads quickly.

Trade dynamics (2025 update signal)

Even with lower output, China’s 2025 steel exports were reported at a record level above ~119 million tonnes, intensifying trade pressure in multiple regions.
When global demand is flat, the marginal tonne tends to show up as price competition and trade actions rather than sustained price gains.

Early-cycle momentum: January 2026 (worldsteel monthly release)

The first month of 2026 shows a weaker global start: world crude steel production for reporting countries was 147.3 Mt in January 2026, down 6.5% year-on-year. Among top producers, China declined sharply while India continued to expand.

Rank	Producer	Jan 2026 (Mt)	Change vs Jan 2025
1	China (estimated)	75.3	−13.9%
2	India	15.1	+10.5%
3	United States	7.1	+3.3%
4	Japan	6.8	−0.5%
5	South Korea	5.6	+5.0%
6	Russia (estimated)	5.5	−7.4%
7	Türkiye	3.4	+5.8%
8	Germany	3.1	+15.0%
9	Brazil	2.7	−1.4%
10	Iran	2.6	+15.1%

This is a momentum view only; it does not imply the full-year 2026 ranking.

Next: Outlook → Back to table ↑ Back: Production ←

Outlook · Policy · Decarbonisation · FAQ

Challenges and outlook: why 2025 is a “policy & technology” year as much as a volume year

2025 closes with global crude steel output down versus 2024, while demand forecasts point to a broadly stable consumption picture. In this setting, persistent excess capacity becomes the key structural driver: when capacity expands faster than demand, the market clears through lower utilisation, thinner margins, and more aggressive trade policy.

The early 2026 signal reinforces the cycle risk: January 2026 production for reporting countries fell year-on-year, driven by a sharp decline in China while India continued to grow. That divergence matters because it changes the geography of marginal supply.

Key forces shaping steel after 2025

Overcapacity: OECD analysis projects global excess capacity rising toward ~721 Mt by 2027, keeping trade frictions and subsidy scrutiny in focus.
Demand plateau: worldsteel projects global steel demand around ~1,749 Mt in 2025 with a modest rebound in 2026 — not a “boom” environment.
Trade defence: when demand is flat, redirected exports can trigger safeguards, quotas, and anti-dumping actions quickly.
Decarbonisation economics: electricity prices, scrap availability, and hydrogen/DRI infrastructure increasingly shape competitiveness.

Steel & climate: technology choices are now cost choices

The iron and steel sector is a major industrial emitter. IEA’s technology roadmap estimates the sector emits about 2.6 Gt CO₂ annually, around 7% of global energy-system CO₂. That makes steel a direct target for carbon policy and industrial strategy.

The practical pathway increasingly favours electric arc furnaces (EAF) where scrap and clean power are available, and DRI-based routes where low-carbon hydrogen or lower-carbon gas can scale. For producers, “green steel” is not just a compliance story — it is a cost-of-capital and market-access story.

Policy takeaways: what tends to work in flat-demand cycles

The most effective approaches usually combine capacity transparency, targeted support for low-carbon upgrades, and trade measures that reduce sudden import shocks without freezing competition entirely. For import-dependent markets, the priority is resilience: diversified sourcing, scrap systems, and predictable trade regimes. For exporters, the priority is credibility: higher value-added product mix and verifiable emissions performance.

FAQ

Why is China still #1 by a wide margin even after a decline in 2025?

Scale. Even with a year-over-year drop, China’s output remains multiples of any other producer, so small percentage moves translate into very large absolute tonnage changes.

Why can exports rise even when production falls?

Exports depend on the gap between domestic demand and supply, as well as product mix and trade incentives. If domestic demand weakens faster than output, more material can be pushed into external markets.

What is the difference between “crude steel production” and “steel exports”?

Crude steel production measures output inside the country. Exports measure cross-border shipments of steel products (semi-finished + finished) and are shaped by domestic demand, logistics, and trade rules.

What does “net exports” tell me that total exports does not?

Net exports (exports − imports) indicates whether a country is a structural supplier to the world market. Large positive net exports typically correlate with higher trade-friction risk during weak demand cycles.

Why is overcapacity such a big deal in 2025–2027?

Because when capacity grows faster than demand, the market clears through lower utilisation and price pressure. That environment tends to escalate trade actions and compress margins for higher-cost producers.

What are the most important 2026 indicators to watch?

Monthly production momentum (especially China vs India), trade actions that redirect flows, energy prices, and evidence of scaling low-carbon routes (EAF share, DRI build-out, grid decarbonisation).