For Serbian aluminium exporters, product-level emissions information is becoming part of supplier specifications and price negotiations as the Carbon Border Adjustment Mechanism (CBAM) brings emissions data into EU trade. Exporters must account for product-level data alongside alloy, gauge and surface quality. In 2025, EU imports of Serbian aluminium and aluminium articles under HS76 were valued at $505.7 million, approximately €448 million, according to customs-trade figures.
The product breakdown points to trade in processed metal, not only primary smelting. EU imports included about €149 million of Serbian aluminium plate, sheet and strip under HS7606, €79 million of containers under HS7612, about €62 million of other articles under HS7616 and around €41 million of profiles under HS7604.
Germany bought about €75 million of Serbian aluminium and aluminium articles in 2025, while Slovenia bought €72 million, making the two countries Serbia’s largest directly recorded EU markets. France was the third-largest listed market at €64 million, followed by Croatia at €36 million and Romania at €35 million.
These country figures identify customs-entry markets, not necessarily the factories that ultimately use the metal in construction systems, machinery or transport equipment. German and Slovenian processors can combine purchases and make components for customers across several EU markets. The customs destination therefore may not identify the party that sets commercial terms.
Emissions data in supplier negotiations
Impol Seval, a major Serbian rolled-aluminium producer, reported about €89.7 million in export receipts in the first six months of 2025. The company named Germany, Italy and France among its key markets. Its disclosures indicate export demand and domestic rolling capacity, but do not establish that particular shipments went to vehicles, aircraft or branded consumer packaging.
For EU purchasers, the aluminium cost passed through under CBAM depends on direct embedded emissions under current coverage, the production route, precursor inputs and verification. Electricity sourcing remains relevant to plant competitiveness and broader buyer sustainability requirements. However, indirect electricity emissions should not simply be added to the initial aluminium certificate calculation.
That distinction makes verified emissions data for each factory and batch important, while suppliers also need to distinguish legal emissions reporting from voluntary low-carbon claims. A Serbian exporter may deal with a distributor bearing inventory risk and certificate exposure, while a separate manufacturing customer specifies the alloy and carbon information. This reflects the market context described in the trade data.
Ministry estimate relies on default values
Serbia’s Ministry of Finance estimated the country’s exposure to CBAM at €19.5 million in 2026 and projected it to remain near that level through much of the projection period. The estimate assumes that 2025 exports remain fixed and uses default emissions values, the ministry said.
Actual obligations could differ considerably as transaction patterns, verified factory emissions and EU certificate prices change. The ministry’s model includes possible relief if EU authorities recognise carbon prices paid in Serbia. Such recognition is not automatic.
Trade data indicate that suppliers able to allocate emissions to specific product batches, disclose consistently across trading entities and demonstrate physical quality as well as documentary compliance may be better placed to maintain access to European manufacturing chains. Identifying which buyer or intermediary sets the commercial terms can be as important to exporters as knowing the customs destination. Establishing specific end customers would require contract or supply-chain evidence.
Elevated by CBAM by Clarion Engineer
