EU CBAM Enters Definitive Phase in 2026: New Challenges and Opportunities for China’s Iron Powder Export Industry

The European Union’s Carbon Border Adjustment Mechanism (CBAM) officially entered its definitive regime on January 1, 2026, marking a major change in the way carbon-intensive products are traded internationally.

For China’s iron powder manufacturers and exporters, the implementation of CBAM is creating a new dimension of competition. Product quality, price and delivery capability will remain important, but embedded carbon emissions and carbon data transparency are increasingly becoming part of the purchasing decision for European customers.

According to the European Commission, CBAM covers several carbon-intensive sectors, including iron and steel. The mechanism is designed to place a carbon price on embedded emissions associated with certain goods imported into the EU.

Iron Powder Exports Face a New Carbon-Cost Consideration

Iron and steel products are among the core sectors covered by CBAM. The EU’s product classification includes iron and steel powders under the relevant CN codes, including CN 7205, subject to the specific customs classification of the product.

This means that iron powder exporters targeting the European market need to pay increasing attention not only to conventional product specifications, but also to the carbon footprint associated with their manufacturing processes.

Under the definitive CBAM regime, EU importers of covered goods must report embedded emissions and meet the corresponding financial obligations. Where actual emissions data are used, producers outside the EU need to provide the relevant verified emissions information.

As a result, European customers may increasingly ask suppliers questions such as:

· What is the embedded carbon emission per tonne of iron powder?

· What reduction process is used?

· How much energy is consumed during production?

· What type of energy is used?

· Can the manufacturer provide reliable emissions data?

· Can the emissions data be independently verified?

For iron powder suppliers, carbon data is gradually becoming an extension of the traditional technical data sheet and certificate of analysis.

Traditional Reduction Processes May Face Greater Cost Pressure

Iron powder production can involve significant energy consumption, depending on the raw materials, reduction technology and energy source used.

Traditional coal- or fossil-fuel-intensive reduction processes may face increasing pressure as European buyers incorporate carbon-related costs and supply-chain decarbonisation requirements into procurement decisions.

The impact is not simply a question of whether a product is technically compliant. Instead, European buyers may increasingly evaluate the total landed cost, including the potential carbon cost associated with the product.

This could gradually change the traditional purchasing model:

Price + Freight + Quality

toward:

Price + Freight + Carbon Cost + Carbon Data + Supply Reliability

The result could be a widening competitive gap between suppliers with relatively high embedded emissions and manufacturers capable of providing lower-carbon production routes and reliable emissions data.

CBAM Is Accelerating the Transition Toward Low-Carbon Iron Powder

The European Commission has continued to refine CBAM methodologies during 2026, including requirements concerning functional units, production processes, precursor emissions and system boundaries for iron, steel and aluminium products.

For Chinese iron powder manufacturers, this creates a strong incentive to improve energy efficiency, optimize production processes and establish systematic carbon-emissions accounting.

In the longer term, several technological routes may receive increasing attention:

· More energy-efficient reduction processes

· Greater use of low-carbon electricity

· Natural gas or other lower-emission reduction routes

· Hydrogen-based reduction technology

· Renewable energy integration

· Process optimization and waste-heat recovery

· Product-level carbon footprint accounting and verification

Among these technologies, hydrogen-based reduction has attracted particular attention because hydrogen can serve as a reducing agent instead of carbon-based reducing materials.

However, hydrogen reduction should not automatically be regarded as “zero-carbon.” The overall carbon footprint depends on how the hydrogen is produced and what electricity and energy sources are used throughout the production process.

Therefore, the real objective is not simply to replace carbon with hydrogen, but to develop an integrated low-carbon production system combining hydrogen reduction, low-carbon energy and reliable carbon accounting.

Carbon Footprint May Become a New Competitive Advantage

For Chinese iron powder exporters, CBAM should not only be viewed as a compliance challenge. It may also create opportunities for product differentiation.

In the future, suppliers could potentially offer different product categories based on production route and carbon performance, such as:

Standard Iron Powder

Produced using established manufacturing processes and primarily positioned for price-sensitive markets.

Low-Carbon Iron Powder

Produced with improved energy efficiency and lower-emission energy sources, supported by product-level carbon data.

Hydrogen-Reduced Iron Powder

Produced using hydrogen-based reduction technology and potentially positioned toward high-end industrial applications and customers with ambitious decarbonisation targets.

This development could shift iron powder marketing from simply selling a material to providing a combination of:

Iron Powder + Technical Performance + Carbon Footprint + Production Transparency

Impact on European Customers

CBAM’s direct compliance obligations are primarily imposed on EU importers or their indirect customs representatives rather than on Chinese exporters.

From January 1, 2026, EU importers exceeding the applicable 50-tonne mass-based threshold for CBAM goods are required to apply for authorised CBAM declarant status. The first CBAM declaration covering 2026 imports is due by September 30, 2027, together with the corresponding surrender of CBAM certificates.

Although the European importer is responsible for the formal CBAM obligation, the associated data requirements extend throughout the supply chain.

This means European customers are likely to place greater emphasis on suppliers that can provide:

Accurate production data → Reliable embedded-emissions data → Transparent carbon accounting → Consistent supply

For exporters, providing reliable carbon information can therefore become an important part of maintaining long-term relationships with European customers.

A New Era for Iron Powder Exporters

The introduction of CBAM does not mean that traditional iron powder production will disappear overnight. Price, quality, particle size distribution, apparent density, compressibility, purity and application performance will continue to determine product suitability.

However, the competitive landscape is changing.

European customers are increasingly looking beyond the traditional specifications of iron powder and asking a broader question:

How much carbon is embedded in the product I am purchasing?

For Chinese manufacturers, this creates an important strategic opportunity to begin carbon accounting before it becomes a mandatory customer requirement.

Companies that establish reliable emissions data, improve energy efficiency and invest in low-carbon production technologies may be better positioned to serve the European market in the coming years.

Looking Ahead

The 2026 implementation of CBAM represents more than a new customs or reporting requirement. It signals a broader transition toward carbon-aware international trade.

For China’s iron powder industry, the future competition may increasingly be defined by three factors:

Technical Performance + Cost Competitiveness + Carbon Performance

As the global powder metallurgy and advanced materials industries move toward lower-carbon manufacturing, low-carbon reduction technologies—including hydrogen-based reduction—could become an increasingly important direction for the next generation of iron powder production.

For iron powder exporters serving Europe, the time to prepare for carbon-based competition is not 2027—it is now.

Note: CBAM applicability should be confirmed according to the specific product CN code, product composition, production route and applicable EU regulations. The information in this article is provided for industry information purposes and does not constitute legal or customs advice.