Importer-mirror data show that EU purchases of Serbian iron and steel classified under HS72 reached 567 million euros in 2025. Serbian suppliers face emissions-related import costs under the Carbon Border Adjustment Mechanism (CBAM), alongside separate steel safeguards. Serbia’s Ministry of Finance projects iron-and-steel CBAM exposure of 89.1 million euros in 2026 under its baseline assumptions, the largest sector component.
HS72 covers the full iron-and-steel chapter, including products outside CBAM’s scope, so its trade value is not a measure of CBAM imports. The European Commission’s (EC) 2026 steel-safeguards regulation separately cited imports from Serbia in the product categories it examined, which totalled 760,234 tonnes in 2025, compared with 657,318 tonnes in 2024. Those safeguard categories do not match CBAM Annex I and should not be added to or substituted for carbon-border import totals, although quota and safeguard costs can overlap commercially with emissions exposure under separate legal rules.
EU trade is concentrated in flat steel
Poland was the leading reported EU destination for Serbian HS72 products, with purchases worth 125 million euros. Czechia followed with 78 million euros and Hungary with 72 million euros. Italy and Romania were also among the destinations recorded in the importer-mirror figures.
Within the trade, hot-rolled non-alloy steel classified under HS7208 accounted for about 340 million euros of EU imports from Serbia. Coated steel under HS7210 represented about 109 million euros, while cold-rolled products under HS7209 made up roughly 55 million euros. These figures describe product categories within the HS72 trade.
The trade points to cross-border commercial activity relevant to Serbia’s flat-steel industry, but it does not identify where the material is transformed or which manufacturer ultimately uses it. A coil may pass through an EU service centre and be processed into strip or sheet. The processed material may then be sold to metal stampers and component manufacturers supplying vehicle, machinery, appliance or construction markets.
Automotive demand is a plausible downstream market, but it is not a verified destination for any specific Serbian shipment. The available figures do not establish direct supply to a named automaker. They also do not identify which vehicles or machines ultimately contain the steel.
Emissions data could affect sourcing
For commodity-grade flat steel, a price increase can change the relative attractiveness of different supply sources. An importer may compare a Serbian coil with material from another non-EU producer or with European stock that has already been processed and complies with EU emissions rules. The data do not establish how any particular importer would make that comparison.
The effect on Serbian suppliers is not predetermined: verified actual embedded emissions below default values could reduce the CBAM certificate burden attributable to their imports. Strong traceability, stable yields, documented energy use and control of precursor data can improve producers’ negotiating position. The legal obligation, however, remains with the EU declarant.
Poor emissions evidence could become a de facto market-access disadvantage before the first certificate-surrender date. For automotive-facing supply chains, a proposed next commercial step is to connect procurement documents to specific coil grades, CN codes and producing installations. This would provide a basis for evaluating the relevant product and installation details.
That documentation would allow processors to compare delivered material costs and carbon exposure using product and installation information, rather than treating national customs flows as proof of an end user. A defensible map of beneficiaries would require invoices, transport records, supply contracts or voluntary corporate disclosures. Those records would need to link the Serbian mill, EU importer of record, first processing facility and final buyer.
Elevated by CBAM by Clarion Engineer