European steel producers are entering a period where two policy levers—carbon border pricing and stricter trade access—are changing the economics of importing while industrial demand remains fragile. The combined effect will hinge on whether steel-consuming sectors can rebuild orders sufficiently to translate improved market access into sustained domestic production. With import volumes already moving in uneven ways, analysts say the link between regulation and output will be tested by the pace of recovery in end-use demand.
EU crude steel output fell to about 125.8 million tonnes in 2025, described by EUROFER as a historically low level. In the first half of 2026, total EU steel imports were around 34 million tonnes, down 5% year-on-year. Against that backdrop, the association expects only a modest improvement in steel-consuming activity during 2026, with construction and mechanical engineering expected to offset continued weakness in automotive production.
The near-term outlook remains sensitive to macroeconomic conditions, including economic growth, energy prices and investment conditions. That sensitivity matters because capital expenditure decisions in steel depend not only on market access but also on confidence that customers will sustain demand for lower-emission products. If orders do not firm up, the ability of policy measures to support investment and capacity utilisation could be limited.
Import patterns diverge as inventories and product mix shift
Trade flows are not moving uniformly across product categories. Imports of hot-rolled wide strip increased during the first half of 2026, while several long-product categories recorded sharp contractions. The overall decline in total imports therefore reflects both inventory behaviour and differences in product-specific demand.
EU import volumes were also shaped by purchasing ahead of anticipated regulatory changes in late 2025. Subsequent inventory adjustments followed, and the market then faced a change in trade rules: the previous EU steel safeguards were replaced by a stricter trade measure from July 2026. These timing effects complicate interpretation of whether weaker aggregate shipments signal stronger or weaker underlying demand for European steel.
Falling total imports do not automatically translate into improved demand for domestic supply, particularly when purchasing schedules and product mix affect shipment volumes. In other words, regulatory changes can influence trade statistics even when end-use consumption is not yet recovering. That distinction becomes important when assessing how CBAM-related costs interact with quota constraints at the level of individual shipments.
New trade measure limits tariff-free access while CBAM targets emissions
The EU’s updated steel trade measure restricts tariff-free imports to roughly 18.3 million tonnes annually and sets a 50% out-of-quota duty. It also strengthens steel-origin traceability through a melt-and-pour approach. The measure is designed to address global steel overcapacity and operates separately from the Carbon Border Adjustment Mechanism.
While the trade framework affects market access and tariff costs, CBAM addresses embedded emissions in covered imports. The two regimes can influence the same procurement decisions, but their financial effects must be evaluated independently because a shipment may be constrained by quota availability while simultaneously carrying a carbon-related liability under CBAM. This separation is central for importers balancing compliance costs against sourcing options.
CBAM certificate reference prices set carbon-cost exposure for covered imports
CBAM’s financial phase began for covered imports entering the regime from January 2026. The first three quarterly certificate reference prices were €75.36, €75.28 and €82.32 per tonne of CO₂ equivalent, respectively. These reference prices feed into import cost calculations alongside other adjustments tied to EU ETS free allocation.
The carbon-cost impact on individual products depends on an adjustment reflecting free allocation under the EU Emissions Trading System. As that adjustment declines over time, some imported products can face higher carbon-cost exposure even if the underlying EU carbon price does not change. For importers, this means CBAM-related cost pressure may increase gradually regardless of broader ETS price movements.
Producers that can demonstrate verified emissions below applicable default values may be better positioned to manage CBAM-related costs and protect commercial margins. As a result, the availability and quality of installation-specific emissions data become relevant alongside certificate reference prices for determining how compliance costs evolve across supply chains.
Downstream users face input-cost pressure even if quotas tighten
Tighter import conditions could create advantages for European mills if importers encounter restricted quota access or cannot substantiate emissions data required for CBAM calculations. However, stronger trade protection can also raise costs for downstream industries that rely on specialist steel grades or have limited access to domestic alternatives. Machinery manufacturers, metal fabricators and construction contractors are among those potentially exposed to higher input prices.
The net industrial impact depends on whether improved conditions for European producers are matched by manageable additional costs for downstream users. Trade protection alone does not guarantee higher domestic output if steel-consuming sectors continue to face weak orders. In that scenario, increased input costs could further constrain demand rather than translate into sustained production gains.
Investment signals remain tied to demand recovery and operating economics
The uncertain demand outlook also affects capital expenditure planning across Europe’s steel industry. Producers considering electric-arc-furnace upgrades, hydrogen-ready processes and low-carbon offtake agreements need confidence that customers will reward lower-emission production while energy costs allow competitive operation. Without those conditions, financing decisions may stall even when import competition is restricted.
Stronger import protection can influence competitive dynamics, but financing still depends on predictable demand and viable operating economics. If orders do not recover sufficiently, regulatory restrictions may not be enough to underpin investment in new capacity or lower-carbon technologies. For policymakers monitoring transition progress, order performance and capacity utilisation therefore remain key indicators of whether market recovery is taking hold.
Analytical synthesis: policy changes reshape costs and access, but demand drives outcomes
The evidence points to a market where carbon pricing under CBAM and tighter tariff-free access under a new steel trade measure both alter importer behaviour and shipment economics from 2026 onward. Yet import statistics are influenced by inventory timing, product mix shifts and regulatory anticipation ahead of late-2025 changes, meaning weaker aggregate volumes do not necessarily reflect stronger end-use demand.
Certificate reference prices established at €75.36, €75.28 and €82.32 per tonne of CO₂ equivalent set a baseline for carbon-cost calculations for covered imports entering from January 2026, while declining free-allocation adjustments can increase exposure over time for some products. At the same time, quota limits around 18.3 million tonnes annually with a 50% out-of-quota duty reshape sourcing options without directly creating new consumption from Europe’s steel-consuming industries.
As EUROFER expects only a modest recovery during 2026—supported by construction and mechanical engineering against continued automotive weakness—the effectiveness of both CBAM and trade protection will ultimately depend on whether orders strengthen enough to support domestic output and investment decisions across energy-intensive production routes.