Chinese steel deliveries to the European Union continued to grow in the first half of 2026 despite weaker overall EU steel import demand, according to industry and trade data cited by EUROFER. The pattern points to a more complex import environment where carbon pricing and tariff-linked access rules increasingly shape purchasing decisions. Maintaining the momentum will depend on how exporters document emissions, meet product-specific requirements and secure access to tariff quotas as European measures reprice imports.
EUROFER data show Chinese deliveries of finished steel rose 40% year on year during the first six months of 2026. China accounted for 12.3% of EU finished-steel imports by volume over the same period. The growth comes as import demand across the sector softens, suggesting that regulatory and commercial frictions are not uniformly affecting all supply sources.
Separate trade indicators also underline how different metrics can point in different directions. Eurostat figures for the broader HS 72 category show China’s share of EU steel import value increasing from around 5% in 2021 to 11% in 2025. The two indicators reflect different aspects of trade and should not be merged into a single statistical series, even when they are discussed together in policy debates.
Against this backdrop, emissions accounting is becoming a determining variable for competitiveness across multiple product segments. Chinese producers supply European customers with flat steel, coated sheet and specialised downstream materials, with manufacturing scale and industrial integration influencing production costs. However, emissions intensity for individual products is shaped by installation characteristics, fuel consumption, production route and precursor materials used.
Customs origin does not by itself establish the emissions associated with a tonne of steel. Products shipped from China may be produced through different routes, including blast-furnace steelmaking and electric-arc production, each carrying a distinct emissions profile. As a result, carbon-cost outcomes can diverge between facilities even when shipments share the same country of origin.
Under the EU Carbon Border Adjustment Mechanism (CBAM), importers have a choice between applying European Commission default values or establishing embedded emissions using verified actual data in line with applicable rules. That selection affects how embedded emissions are calculated and therefore how carbon liability is determined at import. For importers managing risk across multiple suppliers, the availability and credibility of emissions documentation can become as important as procurement price.
Published calculations for a representative hot-rolled steel classification using third-quarter 2026 default values indicate a materially higher illustrative carbon cost for Chinese steel than for comparable Turkish or Serbian material. The comparison is not presented as a national average for Chinese output. It instead highlights how installation-specific emissions evidence, applicable production benchmarks and deductions for carbon costs already paid can influence final carbon outcomes.
Carbon obligations are only one part of the competitive pressure facing Chinese exporters entering Europe. A separate EU steel trade measure applying from July 2026 introduces approximately 18.3 million tonnes of annual tariff-free import quotas alongside a 50% duty on imports exceeding quota levels. This design links market access economics to both quota availability and compliance requirements tied to origin documentation.
The cost impact can vary by product category and country of origin because quota volumes are allocated by product and origin while traceability requirements apply. Even when a producer offers a modest price advantage per tonne, it may not fully offset additional expenses arising from restricted quota access. For European buyers, tariff treatment, product classification, origin paperwork and CBAM exposure therefore combine into an overall commercial calculation rather than acting independently.
Regulatory reach may also expand beyond basic inputs if proposals progress. A proposed extension of CBAM coverage to selected downstream products would broaden the mechanism beyond basic steel and aluminium to manufactured goods containing these materials. If adopted within its negotiated scope, it would bring precursor emissions accounting into purchasing decisions involving machinery, hardware and fabricated products exported from China.
The wider downstream product list remains under negotiation and is not yet binding legislation. Its eventual scope will determine which categories face additional compliance requirements and how emissions associated with steel and aluminium inputs are accounted for in downstream calculations. For Chinese manufacturers supplying European markets, that potential shift adds another layer alongside the costs of producing and exporting finished goods.
In practice, verified emissions could become a differentiator among suppliers rather than treating all material from one country as having an identical carbon profile. Producers seeking stronger positioning may need more detailed production records, installation-level carbon calculations and longer-term supply agreements with European buyers. Accurate documentation can help distinguish individual production facilities instead of relying on country-level assumptions.
Exporters may also adjust sourcing strategies by redirecting shipments toward markets with less restrictive quota access or lower carbon-related costs. Any trade diversion would still need to be assessed using observed trade data rather than inferred solely from differences between regulatory regimes. The scale of such shifts is therefore uncertain until shipment patterns are measured against policy timelines.
Taken together, the evidence suggests that Chinese steel’s position in Europe will depend on more than export volumes and headline production costs. It will also hinge on emissions evidence available for individual products and facilities under CBAM rules, alongside access to tariff-linked quota allocations starting July 2026. Verified low-emission steel assessed through actual data may face different carbon-cost outcomes than material evaluated using default emissions values even when both originate in China.