HRC steel price

The margin in integrated steelmaking (BF/BOF, blast furnace plus basic oxygen furnace) comes directly from the input costs of iron ore and coking coal: one tonne of HRC requires about 1.6 tonnes of iron ore and 0.6 tonnes of coking coal. The gap between the HRC price and input costs is the “metal spread” — the main measure of profitability for integrated mills such as ArcelorMittal, POSCO, Nippon Steel and Cleveland-Cliffs. Australian iron ore spot prices (62% Fe, CFR Qingdao) and Australian premium hard coking coal prices are therefore leading indicators for HRC. The electric arc furnace (EAF) route, by contrast, depends on the price of steel scrap, including HMS and busheling. The US market, where EAF producers such as Nucor and Steel Dynamics dominate, is therefore priced differently from BF/BOF-heavy markets in China and Europe.

The global supply side revolves around Chinese export behaviour. China produces about 1 billion tonnes of steel a year — more than half of global output of about 1.9 billion tonnes — and its exports rise sharply when domestic construction demand is weak. Chinese steel exports move in an 85–100 million tonne range, and every 10 million tonne increase puts visible pressure on global HRC prices. India, at about 140 Mt, Japan, at about 85 Mt, the US, at about 80 Mt, and the EU, at about 125 Mt, are the other large producers. For European processors, ArcelorMittal, Voestalpine, Thyssenkrupp and Tata Steel Europe are among the main suppliers.

Regional price distortions mainly come through two regulatory channels. The US Section 232 tariff adds a 25% duty to most steel imports, so US Midwest HRC trades at a persistent premium to global benchmarks — often $200–$400 per tonne higher than EU or Asian prices. In the EU, the CBAM (Carbon Border Adjustment Mechanism) applies a carbon charge based on the emissions intensity of imported steel, raising the cost of high-carbon Chinese and Indian BF/BOF material. On the demand side, the two largest sectors are construction, at about 50% — structural sections, rebar and pipes — and the automotive industry, at about 12% — body panels and sheet components. The shift in carmaking towards advanced high-strength steel (AHSS) and lightweighting affects HRC demand per vehicle.