India Aluminium Import Duties Extended to Shield Domestic Producers

India anti-dumping duties

India aluminium import duties will remain in place on selected foil and wire rod products as the government extends trade remedies against imports from several Asian suppliers.

India aluminium import duties include anti-dumping measures on aluminium foil from China, Malaysia, Thailand and Indonesia through 15 December. The government is reviewing whether removing the duties could lead to renewed dumping and harm domestic manufacturers.

India aluminium import duties also cover countervailing measures on aluminium wire rod from Malaysia. That levy will remain in place until 23 March 2027.

The extensions give Indian aluminium processors greater protection from lower-priced imports while the government continues to prioritise domestic manufacturing and value-added production.

Foil Producers Gain More Protection From Asian Imports

The aluminium foil anti-dumping duty applies to imports from China, Malaysia, Thailand and Indonesia. The measure was originally introduced to protect Indian producers from shipments priced below fair market levels.

Extending the duty gives domestic foil manufacturers more certainty while the government evaluates longer-term market conditions.

This matters because aluminium foil is a higher-value downstream product used across packaging, batteries, pharmaceuticals and industrial applications.

Indian producers face strong competition from established Asian manufacturers with large-scale production and export networks. Lower import prices can quickly pressure margins when domestic demand weakens.

Maintaining anti-dumping protection can therefore support utilisation rates and investment in local converting capacity.

However, higher import barriers can also increase costs for downstream users if domestic supply is insufficient or priced significantly above international levels.

The policy balance will depend on whether Indian manufacturers can expand capacity while remaining competitive on quality and price.

Wire Rod Measures Support Domestic Aluminium Processing

India has separately extended countervailing duties on Malaysian aluminium wire rod until March 2027.

The measure applies to aluminium wire and rod in coil form with diameters of 9-13mm. Countervailing duties are designed to offset advantages created by foreign government subsidies.

India imported 100,571t of aluminium wire rod in 2025 and another 21,273t during the first quarter of 2026, showing that overseas supply remains relevant to the domestic market.

Wire rod is an important intermediate product for electrical conductors, cables and other fabricated aluminium applications.

Protecting domestic production could therefore support a broader aluminium value chain extending from primary metal through wire, cable and electrical infrastructure.

The extensions also fit India's wider industrial policy. New Delhi increasingly uses tariffs, trade remedies and manufacturing incentives to encourage local processing rather than dependence on imported finished or semi-finished products.

For aluminium producers, this creates a more protected domestic market. But long-term competitiveness will still depend on power costs, scale, technology and downstream demand.

The Metalnomist Commentary

India is using trade remedies to protect higher-value aluminium processing rather than only primary metal production. The real test will be whether this protection translates into stronger domestic capacity without raising costs too far for downstream manufacturers.

India Aluminium BIS Certification Raises Quality Bar for Domestic Supply

BIS

India aluminium BIS certification is becoming a formal market requirement as the government enforces the aluminium and aluminium alloy products Quality Control Order 2026. The order mandates Bureau of Indian Standards certification for a wide range of aluminium products sold in the domestic market.

The regulation took effect on 11 March 2026 and replaces the earlier 2025 order. The Ministry of Commerce and Industry introduced the measure to improve product quality, strengthen consumer safety, and standardise aluminium products across India’s industrial supply chain.

India aluminium BIS certification will apply to products such as rods, bars, sheets, and composite panels. These materials are used across infrastructure, engineering, electrical equipment, packaging, aerospace, and household applications, making the order significant for both producers and downstream manufacturers.

Aluminium Producers Face New Compliance Timelines

Manufacturers must now secure a valid BIS licence before selling covered aluminium products in India. Certification will follow Scheme-I of Schedule II under the BIS regulations, 2018, which requires compliance with relevant Indian Standards and testing procedures.

The government has introduced phased deadlines to reduce disruption across different enterprise sizes. Critical aluminium products face immediate compliance, while general engineering aluminium products will follow a staggered schedule.

Large enterprises must comply by 1 December 2026. Small enterprises will have until 1 March 2027, while micro enterprises must comply by 1 June 2027. This phased structure gives smaller manufacturers more time to adapt their testing, documentation, and quality control systems.

Quality Control Order Reshapes India’s Aluminium Market

India aluminium BIS certification will likely raise the entry barrier for low-quality or inconsistent aluminium products. This could support more disciplined domestic production and reduce the circulation of non-standard material in key industrial sectors.

The order also has trade and procurement implications. Importers and domestic suppliers will need to align product specifications with Indian Standards before selling into the local market. However, exemptions remain for exports and research activities.

The R&D exemption allows up to 200kg of annual imports without BIS certification, provided the material is not sold and is later disposed of as scrap. This gives laboratories, universities, and product development teams limited flexibility while keeping commercial sales under the certification framework.

For India’s aluminium industry, the order signals a stronger policy focus on quality, traceability, and industrial standardisation. As demand grows from infrastructure, power equipment, packaging, aerospace, and manufacturing, certified aluminium supply will become more important for competitiveness and reliability.

The Metalnomist Commentary

India’s aluminium Quality Control Order is not just a standards update. It is a market-filtering mechanism that could reward compliant producers and pressure weaker suppliers out of higher-value industrial channels.

China Aluminium Flat-Rolled Products Review Tests EU Trade Defence Balance

Aluminium Ingots

China aluminium flat-rolled products are back under EU scrutiny after the European Commission opened a partial interim review of anti-dumping measures on selected imports. The review follows a request from PalNet, an air cargo products manufacturer that says specific aluminium sheets used in aviation cargo equipment cannot be sourced adequately outside China.

The case focuses on aluminium sheets made from 7000-series alloys. These materials are used to manufacture unit load devices, or ULDs, for the civil aviation and air cargo sectors. PalNet argues that these products must meet strict sector-specific requirements and are not currently produced in sufficient volumes within the EU or by alternative non-Chinese suppliers.

The review highlights a sensitive industrial policy issue for Europe. Anti-dumping duties are designed to protect domestic producers from unfairly priced imports. However, when specialised downstream manufacturers depend on materials that are not readily available inside the bloc, trade defence measures can create unintended supply-chain pressure.

Aviation Supply Chains Depend on Narrow Aluminium Specifications

The aluminium 7000-series sheets at the centre of the case serve a specialised market. ULD manufacturing requires lightweight, high-strength materials that can meet aviation and air cargo performance rules. These requirements narrow the list of qualified suppliers and make substitution difficult.

PalNet claims the existing EU anti-dumping duties on China aluminium flat-rolled products could threaten the survival of the only Union-based ULD manufacturer. That claim places the Commission in a difficult position. It must weigh upstream trade protection against downstream industrial continuity.

The issue is not simply about import prices. It is about whether Europe can maintain manufacturing capability in a niche aviation supply chain while also enforcing trade measures against Chinese aluminium products. If local supply is unavailable or insufficient, duties may raise costs without creating meaningful European replacement capacity.

EU Review Could Signal a More Targeted Approach to Aluminium Duties

The partial interim review could lead to a narrower interpretation of existing measures if the Commission accepts PalNet’s arguments. The investigation is expected to conclude within 12 months, giving EU authorities time to assess supply availability, technical requirements, and the economic impact on downstream users.

The case may also become a reference point for other sectors that rely on highly specific aluminium products. Europe imposed anti-dumping duties on Chinese aluminium flat-rolled products in 2021, but industrial demand has become more complex as aviation, transport, defence, and energy-transition supply chains require specialised alloys.

For China aluminium flat-rolled products, the review does not signal a broad reversal of EU trade defence policy. Instead, it suggests Brussels may need more precise tools when a protected upstream category overlaps with materials that European manufacturers cannot source competitively or reliably elsewhere.

The Metalnomist Commentary

This review shows the limits of broad trade measures in specialised metal supply chains. Europe can protect aluminium producers, but it also needs enough flexibility to keep strategic downstream manufacturers alive.

EU CBAM Extension Could Cover 200 More Steel and Aluminium Products

CBAM

EU CBAM extension plans could widen the carbon border adjustment mechanism to around 200 additional downstream products that use significant volumes of steel and aluminium. The proposal goes beyond the European Commission’s earlier plan covering 180 product codes.

EU CBAM extension reflects growing concern that carbon leakage could shift from raw materials into manufactured goods. If downstream products remain outside the mechanism, overseas producers using higher-carbon steel or aluminium could gain a cost advantage over European manufacturers.

EU CBAM extension would therefore move the system deeper into industrial supply chains. The impact could reach fabricated steel products, aluminium-intensive components and other manufactured goods that compete directly with EU-made products.

The Council presidency also wants the list of covered customs codes to remain flexible, allowing future additions or adjustments as trade patterns and circumvention risks evolve.

Downstream Expansion Targets Carbon Leakage Beyond Raw Materials

CBAM initially focused mainly on carbon-intensive upstream materials, including iron and steel, aluminium, cement, fertilizers, electricity and hydrogen.

The next phase targets a structural weakness in that model. European manufacturers can face higher carbon costs when using domestically produced steel or aluminium, while competing imported finished products may avoid equivalent charges.

Extending CBAM downstream aims to close that gap. It would place more imported products under carbon-cost rules based on the emissions embedded in their metal content and production.

For European steel and aluminium producers, the change could strengthen demand for regional low-carbon material. Downstream manufacturers may have less incentive to substitute EU metal-intensive products with cheaper imports produced under weaker carbon constraints.

But the administrative burden could rise. Importers and overseas manufacturers will need more detailed emissions data, product classifications and supply-chain documentation.

The Council presidency is therefore trying to balance wider emissions coverage with manageable reporting requirements. Three medical-use customs codes have been proposed for removal from the expanded list, reflecting concerns over unnecessary complexity in sensitive sectors.

Aluminium and Steel Supply Chains Face Wider Compliance Pressure

The expansion could have important consequences for global metals trade. Exporters of fabricated steel and aluminium products into Europe may increasingly need to demonstrate embedded emissions and product origin.

This could influence sourcing decisions far beyond primary metal. Extrusions, fabricated components, steel structures and other downstream goods may face stronger pressure to use lower-carbon feedstock.

For aluminium producers, access to renewable electricity and recycled metal could become more valuable. For steelmakers, electric arc furnace production, scrap use and lower-carbon iron inputs could improve competitiveness.

The proposal also strengthens the role of customs classification. A continuously adjustable list of CN codes would allow the EU to respond as companies change product routes or trade patterns to avoid carbon costs.

That flexibility could make CBAM more effective, but it also increases regulatory uncertainty for exporters. Companies selling into Europe will need to track not only carbon prices but also changing product coverage.

The Council has broadly supported extending CBAM to more downstream products, although some member states have argued for a narrower approach. The final scope will therefore depend on negotiations between EU institutions.

The Metalnomist Commentary

CBAM is evolving from a raw-material carbon mechanism into a wider industrial trade tool. For steel and aluminium suppliers, competitiveness will increasingly depend on proving low-carbon production across the entire downstream value chain.

Aluminium Supply Shock Gives Metal a Firmer Floor Than Copper

Aluminium

Aluminium supply shock from the US/Israel-Iran war has given the metal a firmer price floor than copper, according to speakers at the FT Commodities Global Summit. The market is facing a direct physical shortage caused by smelter shutdowns, feedstock disruption and tighter value-added product flows.

Aluminium supply shock is already visible in European markets, where value-added product shipments have tightened sharply because of disrupted Middle East flows. Panellists described aluminium restrictions as the clearest metals impact of the conflict.

Aluminium supply shock differs from copper’s current tightness. Copper is being supported by policy positioning, strategic stockpiling, AI-related demand and long-term grid investment. Aluminium, by contrast, has already lost physical tonnes.

The market has reportedly lost 2mn-3mn t of aluminium production. That loss gives aluminium less downside risk than copper in a weaker macroeconomic environment because the shortage is physical, not only financial or policy-driven.

Missing Aluminium Tonnes Tighten Western Product Markets

Western smelters and semi-fabrication assets are seeing stronger demand for metal, especially higher-value products. But producers have little spare capacity left to respond.

Rio Tinto said all of its smelters producing value-added products are running flat out. This means western producers cannot quickly replace missing Middle East supply.

The shortage has already redirected Pacific metal toward Europe. It has also pushed Japanese aluminium premiums to historical highs, showing how regional trade flows are being reshaped by the supply shock.

Value-added aluminium products are especially exposed. These products serve packaging, automotive, aerospace, construction, electrical and industrial markets. When shipments tighten, downstream users feel the impact faster than in bulk commodity markets.

Aluminium’s downside is therefore limited by immediate supply loss. Even if demand weakens, missing smelter output and thin inventories can keep prices supported.

Copper’s bullish case remains powerful, but it is more indirect. It depends on electrification, data centres, policy stockpiling and supply-chain positioning. Aluminium’s case is simpler: the market needs metal that is not currently available.

China Cap and Western Capacity Limits Raise Policy Risk

The aluminium market cannot respond quickly to the disruption. China cannot easily replace the shortfall because of its 45mn t/yr production cap.

The cap has become a major structural feature of the global market. It has helped keep China’s aluminium industry profitable by preventing destructive overcapacity, but it also limits global supply flexibility during shocks.

The US and Europe also have limited restart options. High power costs, ageing assets and weak smelting economics mean there is little idle capacity that can return quickly and economically.

This makes aluminium increasingly policy-sensitive. Chinese and Indonesian producers still hold influence over future supply through capacity decisions, energy policy, exports and industrial planning.

Copper may remain the stronger long-term demand story because of grids, AI infrastructure and electrification. But aluminium has the more immediate supply problem.

For industrial buyers, the key issue is not only price. It is availability of qualified metal and value-added products. This is especially important for manufacturers that cannot easily switch suppliers or specifications.

The Metalnomist Commentary

Aluminium’s current strength comes from missing physical supply, not just bullish sentiment. Copper may win the long-term electrification story, but aluminium has the tighter near-term setup because replacement capacity is scarce and inventories are thin.

Switzerland Adopts EU’s Russian Aluminium Ban in Sanctions Alignment

Russian aluminium

Federal Council Moves to Restrict Russian and Belarusian Aluminium Imports

Switzerland has adopted the EU’s Russian aluminium ban, aligning with Brussels’ 16th sanctions package targeting Moscow’s industrial exports. The Focus Keyphrase "Switzerland Russian aluminium ban" marks a significant shift in Swiss trade policy, historically characterized by neutrality, as the country intensifies its stance against Russian aggression.

The Federal Council announced it will implement all remaining relevant EU sanctions, including a ban on Russian primary aluminium imports and a prohibition on chromium ore exports to Russia. These measures aim to reduce materials that contribute to Russia’s military and technological advancement. Switzerland imported approximately 173,000 tonnes of unwrought Russian aluminium in 2023, according to Global Trade Tracker.

Belarusian Aluminium Also Targeted as Sanctions Widen

In parallel, Switzerland will enforce additional sanctions on Belarus, citing its complicity in the Ukraine war. These include a ban on Belarusian primary aluminium imports and expanded restrictions on dual-use and military-enhancing goods.

The Council emphasized that aligning sanctions with the EU is intended to prevent circumvention via Belarus, ensuring a more unified and effective European sanctions regime. This harmonization reduces the risk of Russian commodities entering EU markets indirectly through Swiss or Belarusian channels.

Strategic Impact on European Aluminium Supply Chains

The Swiss ban on Russian aluminium imports adds further pressure on Europe’s primary aluminium supply, which is already constrained by energy costs and limited regional production. Traders and manufacturers must now reassess sourcing strategies, particularly for unwrought aluminium, as the region seeks alternatives from non-sanctioned producers such as Norway, Canada, and the Middle East.

Meanwhile, the ban on chromium ore exports to Russia may impact specialty alloy production and stainless steel supply chains, especially those tied to aerospace and defense markets.

The Metalnomist Commentary

Switzerland’s adoption of the Russian aluminium ban underscores a growing consensus in Europe on restricting key industrial imports tied to Moscow. As sanctions converge and enforcement tightens, metals traders and manufacturers will need to recalibrate logistics and risk strategies in a rapidly evolving geopolitical landscape.

Alcoa Norway Aluminium Smelter Expansion Adds Low-Carbon Recycling Capacity

ALCOA

Alcoa Norway aluminium smelter expansion will increase output at the company’s Mosjøen facility while adding new recycling and alloy-casting capabilities. The US aluminium producer plans to invest $65mn to upgrade the Norwegian smelter’s cast house.

Alcoa Norway aluminium smelter expansion is expected to add up to 75,000t of capacity to Mosjøen’s existing 200,000 t/yr production base. The project will be completed in phases, with commissioning and ramp-up scheduled through 2028.

Alcoa Norway aluminium smelter expansion is strategically important because European customers are seeking lower-carbon aluminium with stronger recycled-content credentials. Automotive and packaging buyers are increasingly asking suppliers to meet tighter sustainability and traceability requirements.

The project will allow Alcoa to use post-consumer recycled aluminium at Mosjøen for the first time. That marks a shift from conventional primary output toward a more flexible primary-and-recycled production platform.

Cast House Upgrade Broadens Alloy and Ingot Capability

Alcoa will upgrade Mosjøen’s cast house as the core of the expansion. Planned improvements include a new open-mold foundry casting line and additional melting furnaces.

These upgrades will allow the smelter to produce a broader range of foundry alloys. They will also expand the range of ingot sizes and formats available to customers.

That flexibility matters for downstream users. Automotive, packaging and industrial customers often require specific alloy chemistries, product formats and recycled-content profiles.

The addition of post-consumer recycled aluminium also improves Mosjøen’s ability to serve customers that want lower embedded carbon and more circular material flows. Recycled aluminium can significantly reduce energy intensity compared with primary production.

For Alcoa, the investment strengthens product differentiation. The company can offer not only low-carbon Norwegian smelter output, but also recycled-content ingot and cast alloy options.

Norway Strengthens Europe’s Low-Carbon Aluminium Base

Mosjøen’s location gives the project a strong sustainability profile. Norway’s power system supports lower-carbon aluminium production, making the smelter strategically valuable for European customers.

Alcoa said the increased capacity and recycling capability position Mosjøen as a cornerstone of low-carbon aluminium supply across Europe. That message reflects the market’s shift toward greener metal, not just more metal.

European aluminium buyers are facing tighter carbon, origin and supply-chain expectations. Automotive manufacturers need lightweight materials with credible sustainability claims, while packaging producers are under pressure to increase recycled content.

The project also strengthens Europe’s aluminium supply resilience. New capacity at an existing low-carbon smelter reduces reliance on more carbon-intensive or geopolitically exposed supply routes.

The expansion does not represent a completely new smelter build. Instead, it upgrades an established asset with additional casting, melting and recycling flexibility.

That approach is practical. It adds capacity and product capability without the longer timeline and higher execution risk of a greenfield primary aluminium project.

The Metalnomist Commentary

Alcoa’s Mosjøen investment shows that the next phase of aluminium competitiveness is about carbon profile, recycling capability and product flexibility. European customers will increasingly reward suppliers that can combine low-carbon power, recycled feedstock and qualified alloy formats.

US Silicon Metal Duties Target Australian and Norwegian Imports

Simcoa

US silicon metal duties have moved closer to final implementation after the Department of Commerce determined subsidy rates for imports from Australia and Norway. The decision adds further trade protection around a material widely used in aluminium alloys and silicone production.

US silicon metal duties include a final estimated countervailing subsidy rate of 32.57% for Australian producer Simcoa and 17.27% for Norwegian producer Elkem. Simcoa’s rate was lowered from the preliminary 41.31%, while Elkem’s increased slightly from 16.87%.

US silicon metal duties form part of a wider trade investigation covering imports from Angola, Australia, Laos, Norway and Thailand. The investigation began after petitions from US producers Ferroglobe USA and Mississippi Silicon.

The measures could alter sourcing economics for US aluminium producers and chemical companies if duties increase the delivered cost of imported silicon metal.

Higher Import Costs Could Reshape US Silicon Supply

The investigation covers silicon metal containing between 85% and 99.99% silicon, including powdered material. Higher-purity polysilicon above 99.999% falls outside the scope.

Silicon metal is an important alloying input for aluminium production. Adding silicon can improve casting characteristics, strength and wear resistance across automotive, industrial and other aluminium applications.

This means trade measures on silicon can have downstream implications beyond the relatively small silicon metal market itself.

US consumers relying on Australian or Norwegian material may need to reassess suppliers if countervailing duties materially increase landed costs.

Domestic producers could gain stronger pricing power and higher capacity utilisation as imported material becomes less competitive.

However, aluminium and chemical manufacturers could face higher input costs if alternative domestic or overseas supply cannot replace affected volumes at comparable prices.

The final impact will therefore depend on the level of import dependence, supplier flexibility and the eventual combination of trade duties applied to each origin.

Trade Protection Adds Pressure to Aluminium Raw Material Costs

The silicon investigation reflects a broader US strategy of using trade remedies to support domestic production of strategically important industrial materials.

Commerce previously determined subsidy rates for Laos and Thailand, extending the trade action across several major supply origins.

For the aluminium sector, the timing is significant. US producers already face changes in primary aluminium tariffs, regional trade rules and other measures intended to strengthen domestic metals manufacturing.

Adding duties on alloying inputs could support US silicon producers while simultaneously increasing costs for downstream aluminium manufacturers.

That creates a familiar industrial policy trade-off. Protecting one upstream segment can reduce import dependence, but the resulting higher raw material costs may weaken competitiveness further down the value chain.

Silicon metal used in chemical applications faces similar exposure, particularly where producers have limited flexibility to substitute alternative feedstocks.

The longer-term effect could be greater investment in domestic silicon capacity if trade protection provides sufficient pricing stability and demand visibility.

The Metalnomist Commentary

US trade policy is moving deeper into the inputs that support aluminium and advanced manufacturing, not just finished metals. The key question is whether protecting domestic silicon production creates enough new supply to offset higher costs for downstream users.

AKFA Aluminum Extrusions Plant Marks Uzbek Group’s First US Manufacturing Move

AKFA Aluminum

AKFA aluminum extrusions plant construction has started in Bowling Green, Kentucky, giving Uzbekistan-based AKFA Aluminum Solutions its first manufacturing facility in the US. The project will add extrusion, anodizing and finishing capability to the company’s international aluminium platform.

AKFA aluminum extrusions plant plans are strategically important because the US market is seeing renewed interest in domestic aluminium processing capacity. Extrusions serve construction, transportation, renewable energy, industrial systems and consumer applications.

AKFA aluminum extrusions plant operations will use recycled aluminum billets as feedstock. That gives the project a circular supply-chain angle and supports demand for lower-carbon secondary aluminium inputs.

The company has not disclosed production capacity or a construction timeline. The plant was first announced in December, and site work has now begun.

Kentucky Site Adds Extrusion and Finishing Capability

The Bowling Green facility will include anodizing and finishing capabilities. This is important because downstream customers often need more than basic extruded profiles.

Anodizing improves corrosion resistance, surface durability and appearance. Finishing capability can also help AKFA serve higher-value customers that need ready-to-use aluminium components rather than unfinished material.

The US extrusion market depends on reliable billet supply, press capacity, surface treatment and customer qualification. A plant that combines extrusion with finishing can capture more value inside the processing chain.

Recycled aluminium billets will be a key feedstock. This supports lower-carbon manufacturing and aligns with growing customer demand for recycled-content aluminium in construction, transport and renewable energy applications.

The Kentucky location also gives AKFA access to US industrial customers and logistics networks. Bowling Green is already tied to manufacturing and transportation supply chains, which could help the company build regional customer relationships.

AKFA Expands From Central Asia Into US Downstream Aluminium

AKFA Aluminum Solutions is part of AKFA Group, which operates 20 facilities across Central Asia. The group produces about 100,000 t/yr of aluminium products used in construction, transportation and renewable energy.

The US plant represents a major geographic expansion. Instead of supplying only from its established Central Asian base, AKFA is placing production closer to one of the world’s largest aluminium-consuming markets.

This matters because aluminium extrusion demand is becoming more regional. Customers want shorter lead times, lower logistics risk and greater certainty around tariffs, origin and supply reliability.

The project also fits the wider trend of aluminium manufacturers investing closer to end users. US reshoring, infrastructure demand, energy transition projects and construction-related applications are all supporting interest in domestic aluminium processing.

For AKFA, the move could open access to customers that prefer local supply and finished components. For the US market, the plant adds another source of extrusion and finishing capacity using recycled billet feedstock.

The key questions remain scale and timing. Without disclosed capacity, the market impact is difficult to measure. But strategically, the project shows that international aluminium processors see the US as an attractive destination for downstream investment.

The Metalnomist Commentary

AKFA’s Kentucky plant shows that the US aluminium opportunity is extending beyond primary smelting into extrusions, finishing and recycled billet-based manufacturing. The project’s real value will depend on whether AKFA can build qualified customer channels in construction, transport and renewable energy markets.

Rio Tinto AP60 Expansion Lifts Quebec Low-Carbon Aluminium Capacity

Rio tinto

Rio Tinto AP60 expansion will add 160,000 t/yr of aluminium capacity at the company’s Quebec smelter, strengthening Canada’s position as a major source of lower-emissions metal. The $1.5bn project began start-up in March and is expected to be completed by the end of 2026.

Rio Tinto AP60 expansion will lift the smelter’s nameplate capacity to 220,000 t/yr. The additional metal will target transportation, construction, electrical and consumer goods markets.

Rio Tinto AP60 expansion is strategically important because aluminium buyers are increasingly comparing suppliers on carbon intensity as well as price and availability. Quebec’s power system gives Rio Tinto a strong base for producing lower-emissions primary metal.

The company is also developing recycling and new smelting technology at the Arvida complex, creating a broader platform that combines primary production, secondary aluminium and future low-emission electrolysis.

AP60 Capacity Supports North American Aluminium Supply

The additional AP60 capacity will partly offset the closure of older potlines scheduled for June. This allows Rio Tinto to modernise its production base while maintaining regional supply.

Replacing older capacity with newer smelting technology can improve energy efficiency, productivity and emissions performance. It also supports long-term competitiveness in markets where customers are under pressure to reduce supply-chain carbon.

Transportation is an important demand sector because automakers continue to use aluminium for lightweighting. Electrical applications are also becoming more significant as grids, renewable projects and electrification expand.

Construction and consumer goods provide additional demand diversification. This reduces dependence on any single end market and strengthens the commercial case for higher-capacity production.

The expansion also supports North American supply security. Additional Canadian output gives US and regional manufacturers access to primary aluminium from an established trade partner.

Recycling and Elysis Add a Second Decarbonisation Route

Rio Tinto plans an aluminium recycling centre at the same Arvida complex. This adds secondary metal capability alongside primary smelting.

The combination is important because future aluminium supply will increasingly depend on blending primary and recycled metal. Primary production provides chemistry control and volume, while recycling lowers energy use and embedded emissions.

Canada is also supporting a separate Quebec demonstration plant for Elysis aluminium electrolysis technology with $100mn in government funding.

Elysis was developed with Alcoa and is designed to eliminate direct greenhouse gas emissions from the conventional aluminium smelting process. If successfully commercialised, the technology could materially change the emissions profile of primary aluminium.

The three elements — AP60 expansion, recycling and Elysis — show a broader industrial strategy. Rio Tinto is not simply increasing aluminium output; it is building a more flexible and lower-carbon production system.

That matters as customers increasingly demand traceable aluminium with lower emissions intensity. Producers able to combine scale, renewable power, recycling and advanced smelting technology could gain a stronger competitive position.

The Metalnomist Commentary

Rio Tinto’s Quebec strategy shows where aluminium competition is heading: more capacity, more recycling and lower smelting emissions. The advantage will increasingly belong to producers that can deliver both physical metal and credible carbon reduction.

Challenging Market Conditions Limit Low-Carbon Aluminium Premium

Aluminium

Demand for low-carbon aluminium in Europe has grown steadily in recent years, with consumers willing to pay a premium for sustainable products like Hydro's Reduxa, Alcoa's EcoLum, and Rusal's Allow, which have a carbon footprint of 4t or less per tonne of aluminium. Despite this, tough market conditions have capped how much more buyers are willing to pay over regional premiums.

During the summer, some low-carbon aluminium was offered with no premium over standard aluminium, as overall demand in the aluminium sector remained weak. The upcharge for low-carbon aluminium continues to hover at lower levels, a result of sluggish demand across various industries, including automotive, construction, and packaging. This is compounded by the fact that the European premium for standard aluminium remains relatively high, driven by tight global supply and a shift away from Russian metal.

While the current market dynamics are challenging, the long-term outlook for low-carbon aluminium is optimistic. In recent years, manufacturers have increasingly prioritized sustainability, with life-cycle assessments and specific carbon footprint goals driving demand in industries like automotive, packaging, and construction. The introduction of market regulations, such as the EU’s carbon border adjustment mechanism, is expected to further accelerate demand for low-carbon aluminium, pushing companies to emphasize sustainability even more.

However, a liquid, widely available spot market for low-carbon aluminium is still far off. Most of the material is supplied to select customers through contracts, though some is sold on the broader market during slower periods, such as the summer months.

To secure its place in the broader market, low-carbon aluminium will need to solidify its definition and standardize how producers calculate carbon footprints, taking into account the raw materials they use. Investments in new technologies, such as inert anodes and carbon capture projects, are expected to lower emissions further, ensuring that low-carbon aluminium continues to evolve and meet future sustainability standards.

EU aluminium scrap export restriction moves toward spring 2026 adoption

EU aluminium scrap

The European Commission launched work on an EU aluminium scrap export restriction to curb “scrap leakage.” Maroš Šefčovič said the measure should arrive in spring 2026. The EU aluminium scrap export restriction aims to secure feedstock for recyclers and downstream producers.

European industry groups have pushed for action for years. However, the pressure intensified after Donald Trump imposed tariffs on primary aluminium imports. Many buyers may shift toward more scrap to reduce duty exposure. Therefore, European exporters could see stronger pull from overseas markets.

Aluminium scrap flows already show the scale of the challenge. The European Union and the United Kingdom exported around 1.6mn tonnes of aluminium scrap in 2024. That volume rose almost 25% versus 2022 and about 60% versus 2019. As a result, policymakers now frame scrap retention as an economic security issue.

Export tariffs or quotas look more likely than a ban

The final instrument is not yet defined. Officials and industry leaders say a full ban is unlikely. However, export tariffs or quotas could deliver immediate friction on outbound scrap.

Industry executives welcomed the signal from Brussels. Hydro extrusions head Paul Warton called the move encouraging. Meanwhile, European Aluminium director-general Paul Voss described current outflows as a market failure. Therefore, the consultation phase will test where the market sees real bottlenecks.

The commission will run a public consultation and gather evidence. That process will shape how any tariffs or quotas apply. Meanwhile, Aluminium Deutschland has also argued for tools that keep scrap in Europe. As a result, the EU aluminium scrap export restriction will likely focus on volumes and verification.

Scrap retention supports low-carbon aluminium and industrial resilience

Scrap retention directly supports lower-carbon aluminium production. Recyclers typically cut energy use versus primary routes, depending on power mix. Therefore, stable scrap supply improves decarbonisation pathways for European manufacturers.

Trade measures could also reshape pricing and contracts. Scrap exporters may face lower netbacks, while domestic buyers may gain supply security. However, overly strict rules could disrupt collection incentives and cross-border trade. As a result, policymakers must balance supply security with healthy recycling economics.

The Metalnomist Commentary

Europe will not decarbonise aluminium without reliable scrap access at scale. Meanwhile, tariffs and quotas must avoid weakening collection and sorting investment. Therefore, the best design links any restriction to reinvestment in recycling capacity.

Chalco Reports Increased Aluminium and Alumina Output in January-September

Chalco

Chalco, China's state-owned aluminium producer, has reported notable increases in both its primary aluminium and alumina production for the January-September period, compared to the same period last year. The rise in output is reflective of strong domestic demand for these materials, which have supported price growth across the industry.

During the first nine months of 2024, Chalco’s primary aluminium output, including aluminium alloys, rose by 14% year-on-year, reaching 5.62 million tons (mn t). This increase in production aligns with a 13% rise in primary aluminium sales, which also reached 5.6 million tons over the same period. This performance underscores Chalco's strong market position in the aluminium sector, with solid sales and production figures helping to bolster its standing in an increasingly competitive market.

Chalco also saw a slight increase in its metallurgical alumina output, a crucial feedstock used in primary aluminium production. The company produced 12.57 million tons of alumina in January-September, marking a 0.9% rise over the previous year. However, the company reported a decline in alumina sales, which fell by 4.8% to 4.77 million tons during the same period.

In terms of product segmentation, Chalco’s fine alumina production grew by 15% year-on-year, reaching 3.25 million tons, up from 5.01 million tons in 2023. Fine alumina is used in the production of higher-value products, and this increase reflects Chalco's shift towards higher-quality, more profitable outputs.

The increase in both aluminium and alumina production was supported by strong domestic demand, which helped push prices higher during the reporting period. Chalco noted that higher profitability within the aluminium and alumina production sectors encouraged manufacturers to maximize their production run rates, further driving output.

According to China's National Bureau of Statistics, the country’s total aluminium production grew by 4.6% year-on-year to 32.56 million tons in the January-September period, while alumina output rose by 2.4% to 63.13 million tons.

Strong Demand Supports Price Growth in Aluminium and Alumina

The performance of Chalco and other domestic producers is being driven by persistent domestic demand in China, one of the world’s largest consumers of both aluminium and alumina. Rising prices for both materials have contributed to improved profitability across the industry. Despite a decline in alumina sales, Chalco’s overall production and sales growth in aluminium highlights a promising outlook for the company in the remainder of the year.

As Chalco continues to ramp up production, it is expected that the market will remain focused on the ongoing balance between domestic demand, production capabilities, and price fluctuations, particularly as global economic conditions continue to evolve.

Japan Aluminium Extrusion Merger Brings Nippon Light Metal and Kobe Steel Together

Nippon Light Metal

Japan aluminium extrusion merger plans will combine the domestic extrusion businesses of Nippon Light Metal and Kobe Steel as both companies seek stronger competitiveness in a weaker demand environment.

Japan aluminium extrusion merger is expected to create a joint holding company from April 2027 or later, with Nippon Light Metal holding a majority stake. The companies aim to sign a definitive agreement by the end of November 2026.

Japan aluminium extrusion merger will combine businesses selling roughly 58,000 t/yr in total. Nippon Light Metal’s unit handles around 30,000 t/yr, while Kobe Steel’s Chofu Works sells about 28,000 t/yr.

The integration will bring together Kobe Steel’s alloy development expertise and Nippon Light Metal’s processing technology and wider customer base across transport, machinery and industrial markets.

Combination Targets Cost Cuts and Stronger Automotive Position

Kobe Steel’s aluminium extrusion business has faced weaker earnings as orders declined, prompting the company to consider partnerships as part of its long-term restructuring.

The merger gives both companies an opportunity to consolidate overlapping functions and improve capacity utilisation.

Kobe Steel brings particular strength in automotive components, railway applications and alloy development. Nippon Light Metal contributes a broader order base spanning transport equipment, industrial machinery and containers.

Combining these capabilities could strengthen the new entity’s position in higher-value extrusion markets where alloy performance, precision processing and customer qualification are important.

The companies also plan to standardise capital investment across the combined business. This should reduce duplicated spending and allow equipment upgrades to be prioritised across a larger production network.

Cost reduction will be especially important as Japanese aluminium processors face pressure from weaker domestic demand and global competition.

Scrap Collection Becomes Part of the Integration Strategy

The companies also plan to improve aluminium scrap collection through the combined business.

This is strategically important because recycled aluminium can lower both raw material costs and carbon intensity compared with primary metal.

A larger extrusion platform can generate more internal process scrap while also strengthening relationships with external scrap suppliers and customers.

Better scrap collection could support closed-loop recycling arrangements, particularly in automotive applications where manufacturers increasingly seek lower-carbon aluminium.

The integration therefore extends beyond conventional consolidation. It could help the companies build a more efficient material cycle linking billet casting, extrusion, processed products and scrap recovery.

The new entity will cover Nippon Light Metal units including Nikkeikin Aluminium Core Technology, as well as Kobe Steel’s extrusion, billet casting, processed products and domestic sales operations at Chofu Works.

The Metalnomist Commentary

The merger shows that Japan’s aluminium extrusion sector is entering a consolidation phase driven by weaker demand and cost pressure. The strongest strategic upside may come from combining alloy technology with better scrap recovery and higher-value automotive applications.

New Al wire rod plant planned for UAE to supply 36,000 t/yr as power cable demand rises

Mark Cables

New Al wire rod plant planned for UAE will add new downstream capacity next to a major primary aluminium hub. Mark Cables Power Solutions plans to build an aluminium rod manufacturing plant in the Khalifa Economic Zone, adjacent to Emirates Global Aluminium’s Al Taweelah smelter. New Al wire rod plant planned for UAE targets 36,000 tonnes per year of multiple aluminium rod grades. Therefore, the project strengthens regional conversion capacity for power cable and conductor markets.

The plant will supply Mark Cables facilities in Dubai and Angola, while also selling to third-party customers across the UAE, Africa, and Europe. Meanwhile, Emirates Global Aluminium signed a non-binding agreement to supply 35,000 tonnes per year of aluminium to the proposed facility. As a result, the site pairing reduces logistics friction between primary metal and rod conversion.

Wire rod demand grows as grids expand and electrification accelerates

Wire rod is becoming a high-growth aluminium segment as electricity networks expand. Regional and global utilities are building new transmission and distribution capacity to integrate renewable power. Meanwhile, electrification trends in developing economies are lifting baseline demand for cables and conductors. Therefore, New Al wire rod plant planned for UAE aligns with long-cycle grid spending and near-term manufacturing localisation.

Aluminium is also gaining share against copper in many power cable applications. Manufacturers use aluminium to lower material cost while meeting performance requirements. However, substitution depends on design choices, standards compliance, and end-user specifications. As a result, new rod capacity can benefit most where buyers already approve aluminium conductor solutions.

UAE downstream expansion targets value-added exports and supply security

Placing rod production beside a large smelter can improve supply security and working capital efficiency. The proximity can support steadier metal flows, faster turnaround, and lower conversion risk. Meanwhile, selling into Africa and Europe can diversify demand beyond domestic consumption. Therefore, New Al wire rod plant planned for UAE can act as an export-oriented downstream anchor.

The project also signals a broader shift toward value capture inside producing countries. UAE aluminium strategy increasingly links primary output to downstream products that serve energy transition supply chains. However, success will depend on ramp execution, customer qualification, and competitive conversion costs. As a result, early offtake traction with third-party buyers will be a key indicator.

The Metalnomist Commentary

Wire rod investment follows the same logic as grid investment. Meanwhile, aluminium substitution will keep expanding where cost and performance align. Therefore, UAE-based rod capacity could win share by combining low-friction metal supply with export-ready logistics.

Japan’s Aluminium Imports Decline Due to Weaker Demand in Automotive and Construction Sectors

Japanese aluminium imports saw a significant decrease in June, both on a monthly and yearly basis, driven by reduced demand in the automotive and construction industries. According to customs data, aluminium imports fell by 16.5% month-on-month and 14.3% year-on-year to 84,770 tons in June. This brought the total volume for January to June down by 4.5% year-on-year to 506,818 tons.

The Japan Aluminium Association (JAA) reported a 0.7% year-on-year decrease in the production of aluminium goods in June, totaling 144,775 tons. This decline followed three consecutive months of production growth. Domestic sales of aluminium products also fell by 3.2% year-on-year to 144,944 tons in June. Overall, the total production of aluminium goods in the first half of the year fell by 2.9% year-on-year to 826,365 tons, continuing a three-year downward trend.

The automotive industry, a significant consumer of aluminium, faced reduced demand due to car-testing scandals involving faulty safety data. Major manufacturers such as Daihatsu, Toyota, and Mazda suspended production for periods during the first half of the year to address issues with vehicle safety certification data. Consequently, total passenger vehicle output dropped by 9.8% year-on-year to 3.7 million units from January to June.

In the construction sector, the use of aluminium products fell by 10% to 172,438 tons in the first half of the year. This decline was attributed to project delays caused by rising material and labour costs and a preference for new materials over aluminium for window frames.

Additionally, Japan's imports of secondary aluminium alloy ingots (ADC12) were 77,414 tons in June, down by 2% month-on-month and 24% year-on-year, according to the finance ministry.

Qatalum Hydro Sales Agreement Ends as Qamco Takes Control of Marketing

Qatar Aluminium Manufacturing

Qatalum Hydro sales agreement has ended, with Qatar Aluminium Manufacturing confirming that Hydro is no longer the sales agent for aluminium produced by the 50:50 Qatalum joint venture.

Qatalum Hydro sales agreement termination means Qatalum will provisionally take direct responsibility for marketing its aluminium output. The move clarifies the commercial dispute that led Hydro to declare force majeure on Qatalum-linked supply contracts on 12 June.

Qatalum Hydro sales agreement had covered marketing and offtake arrangements for products including aluminium billet and primary foundry alloys. Ending the arrangement changes how those products will reach customers even as Qatalum continues operating.

The development adds another layer of uncertainty to a smelter already running below full capacity following earlier gas supply disruptions.

Qatalum Takes Direct Control of Aluminium Sales

Qamco said the termination of the marketing and offtake agreements with Hydro was carried out in accordance with the joint-venture terms.

Qatalum will now manage its own marketing on a provisional basis. This effectively removes Hydro from its previous role as the commercial interface between the smelter and customers.

The change is significant because long-established sales networks and customer contracts are an important part of aluminium supply chains. Shifting responsibility can affect shipment schedules, contract administration and customer relationships even when physical production continues.

Hydro's force majeure earlier in June was therefore not simply linked to reduced metal availability. It reflected the breakdown of the commercial structure used to sell Qatalum's production.

For billet and foundry alloy buyers, the key issue will now be how quickly Qatalum can establish stable direct marketing and delivery arrangements.

Commercial Reset Adds to Existing Supply Risk

Qatalum has already faced major operational disruption this year after gas supply problems tied to Middle East conflict forced a controlled shutdown.

The smelter avoided a full closure after QatarEnergy restored enough gas to support reduced operations, but production has remained below normal levels.

The end of Hydro's sales role adds commercial uncertainty to that physical constraint.

This combination matters because customers may face both lower available tonnage and a changing route to market at the same time.

Qatalum remains an important supplier of primary aluminium products, including billet used by extrusion plants and foundry alloys used by automotive and industrial manufacturers.

Any prolonged disruption to sales channels could push buyers toward alternative suppliers in the Middle East, Europe or Asia, potentially affecting regional premiums.

The broader lesson is that aluminium supply risk is not limited to smelter outages. Marketing agreements, offtake structures and commercial control can also determine whether metal reaches customers reliably.

The Metalnomist Commentary

Qatalum's move to direct marketing turns a commercial dispute into a broader supply-chain transition. The immediate challenge is ensuring customers receive stable metal flows while the smelter is still operating below full capacity.

Global Recycled Metals Output Rises as China and Emerging Regions Expand Capacity

Recycled Metals

Global recycled metals output increased further in 2025 as China maintained its leading position and emerging regions expanded recycling capacity. Production of recycled copper, aluminium, lead and zinc reached about 59.2mn t, up 5.6% from a year earlier.

Global recycled metals output is becoming more important to non-ferrous supply security as mining, processing and trade flows face rising geopolitical and cost pressures. Recycling now provides a larger secondary source of industrial metal units for manufacturers, smelters and battery supply chains.

Global recycled metals output accounted for around 34% of total non-ferrous metal production in 2025. The sector also delivered cumulative savings of about 1.2bn t of primary mineral resources, underlining its growing role in resource conservation.

The growth shows that recycled metals are no longer a secondary environmental story. They are becoming a core part of industrial raw material strategy across copper, aluminium, lead, zinc and battery metals.

China Leads as Regional Recycling Capacity Expands

China remained the world’s largest recycled base metals producer in 2025, with output of 20.57mn t. That represented 34.7% of global production.

The country’s scale gives it a major role in recycled copper, aluminium, lead and zinc supply. It also strengthens China’s position across non-ferrous metals at a time when primary raw material security is under pressure.

Europe produced more than 10mn t of recycled base metals, while the US produced more than 6mn t. India and southeast Asia reached around 6mn t and 4mn t, respectively.

These figures show that recycling capacity is becoming more geographically distributed. Emerging regions are no longer only consumers of recycled raw materials. They are becoming processing centres in their own right.

Battery-related recycling is also growing quickly. Nickel, cobalt and lithium recovery is supporting the new energy industry as electric vehicle and energy storage supply chains look for more secure material sources.

China aims to increase domestic recycled material recovery to 23mn t by 2030 under its next five-year plan. That target implies annual growth of around 7%.

The country is also expected to strengthen recycled product certification and explore the inclusion of recycled materials in carbon trading systems. This could make recycled metal more valuable for customers seeking traceable and lower-carbon supply.

Trade Flows and Technology Move Toward Asia

Global recycled raw material trade is becoming more regional, more Asia-focused and more diversified. Europe and North America remain major exporters of recycled copper and aluminium feedstock.

Europe exports around 2mn t/yr of recycled copper and aluminium feedstock, while North America exports about 4.2mn t/yr. China and India remain the largest importers, with imports exceeding 4mn t and 2mn t, respectively.

Southeast Asia is becoming a key transshipment hub. Regional recycled aluminium feedstock trade reached about 1.3mn t of imports and 900,000t of exports.

Black mass from spent lithium-ion batteries is also increasingly moving toward Asian processing centres. This reflects Asia’s stronger battery materials processing base and growing demand for recovered nickel, cobalt and lithium units.

Technology is improving the recycling value chain. Advances in laser sorting, intelligent dismantling, multi-metal battery recovery and digital process control are raising recovery rates and product quality.

Leading producers have achieved recycling rates above 94% for aluminium and 95% for lithium. These levels show how recycling is moving closer to industrial-grade resource recovery rather than simple scrap handling.

New products are also expanding. High-strength recycled aluminium alloys, high-purity recycled copper and recycled rare-earth permanent magnets are gaining traction.

This matters because recycled metal must meet customer specifications before it can displace primary material. Better sorting, cleaner chemistry and stronger certification will determine how much recycled metal can enter high-value applications.

The Metalnomist Commentary

Recycling is becoming a strategic metals supply pillar, not just a sustainability tool. The next competitive edge will come from producers that can turn complex scrap and battery waste into certified, high-purity and customer-ready materials.

EU CBAM Changes Target Downstream Products and Anti-Circumvention Rules

EU finance ministers, CBAM

EU CBAM changes are moving toward a broader framework covering more downstream products while introducing stronger anti-circumvention measures. EU finance ministers are seeking a common position before negotiations with the European Parliament.

EU CBAM changes would expand the mechanism beyond its original focus on carbon-intensive basic materials. This could bring more manufactured products containing steel and aluminium into the system and increase compliance requirements across international supply chains.

EU CBAM changes also address one of the mechanism’s most controversial questions: whether the European Commission should be able to temporarily suspend CBAM for selected goods when extraordinary market conditions emerge.

Member states have pushed for tighter limits on that power. The latest compromise would establish specific conditions before any temporary suspension could be considered.

Downstream Expansion Tightens Carbon Leakage Protection

Extending CBAM deeper into downstream products is intended to reduce the risk that manufacturers simply relocate carbon-intensive production outside the EU and export finished goods back into the bloc.

This issue becomes more important as carbon costs increase for European steel and aluminium producers. If primary materials face carbon charges but imported manufactured products do not, downstream European manufacturers can face a competitive disadvantage.

Broader product coverage would therefore extend carbon accounting further into industrial supply chains. Exporters could increasingly need to demonstrate not only product origin but also the emissions embedded in metal-intensive manufactured goods.

Anti-circumvention measures are equally important. Companies could otherwise modify product classifications, processing routes or trade structures to reduce CBAM exposure.

For steel and aluminium markets, this means carbon compliance is gradually becoming part of ordinary procurement. Product classification, material origin and embedded emissions will increasingly influence access to the European market.

The changes could also strengthen demand for lower-carbon metals. Producers using recycled aluminium, scrap-based steel or lower-emission primary production may gain a stronger competitive position as carbon costs move downstream.

Suspension Rules Expose Cost Versus Competitiveness Tension

The proposed suspension mechanism has created disagreement among member states because broad exemptions could weaken CBAM’s effectiveness.

The latest compromise would narrow the conditions under which the European Commission could temporarily remove products from the mechanism.

One proposed trigger would require non-CBAM-related import prices to rise by more than 50% compared with the average price of the same goods during the previous 10 years. The increase would also need to persist for at least six months.

This approach attempts to reserve suspension for exceptional market disruptions rather than normal price volatility.

The debate has become particularly relevant for sectors where carbon costs could combine with external supply shocks to create sharp price increases. Fertilizers are one example, with policymakers already considering measures to protect users from excessive cost pressure.

The larger industrial question remains unresolved. CBAM is designed to protect European decarbonisation and prevent carbon leakage, but excessively high input costs can also damage the competitiveness of EU manufacturers.

Finance ministers are therefore trying to create an emergency valve without weakening the broader carbon border system.

The Metalnomist Commentary

CBAM is evolving from a carbon levy on basic materials into a wider industrial trade regime. The decisive issue will be whether Europe can prevent circumvention without creating carbon costs so high that downstream manufacturing itself moves outside the bloc.

EU CBAM Expansion Targets Downstream Products and Pre-Consumer Metal Scrap

EU, carbon

EU CBAM expansion has moved another step forward after member states agreed a common position covering more downstream products, pre-consumer metal scrap and stronger anti-circumvention measures.

EU CBAM expansion would push the carbon border mechanism deeper into industrial supply chains. Household appliances, industrial equipment, gas turbines and motors are among the downstream products that member states want brought into the system.

EU CBAM expansion is particularly important for metals because the mechanism already covers carbon-intensive imports including iron, steel and aluminium. Extending it downstream could increasingly influence where manufacturers source metal and how exporters document embedded emissions.

Pre-consumer scrap would also come within the proposed framework, broadening CBAM's relevance to recycled metal flows and potentially changing the economics of scrap-based production and trade.

Downstream Coverage Extends Carbon Costs Beyond Primary Metals

CBAM was initially designed around highly carbon-intensive materials such as steel, aluminium, cement, fertilizers, electricity and hydrogen.

The proposed expansion addresses a structural weakness in that model. If primary steel or aluminium imports face carbon costs while finished products containing those metals remain outside CBAM, overseas manufacturers can retain a competitive advantage over EU producers.

Including appliances, turbines, motors and other fabricated products would reduce that gap by extending carbon accounting further along the manufacturing chain.

The European Commission would also conduct annual reviews to assess whether additional downstream products should enter the mechanism.

This creates a dynamic compliance environment for exporters. Companies selling manufactured goods into Europe may increasingly need to understand not only tariff classifications but also the carbon intensity of the metals embedded in their products.

The inclusion of pre-consumer metal scrap adds another layer. Scrap generated during manufacturing could become more relevant to CBAM calculations as regulators attempt to prevent companies from using material classifications to circumvent carbon obligations.

For steel and aluminium producers, lower-carbon production routes could therefore gain additional competitive value. Electric arc furnace steel, recycled aluminium and primary metal produced with lower-emission power may become more attractive to downstream customers serving the EU market.

Suspension Mechanism Creates Debate Over Industrial Cost Pressure

EU states also support a mechanism that could temporarily suspend CBAM for specific sectors during serious and unforeseen market disruptions.

Under the proposed trigger, prices would need to remain more than 50% above their average level over the previous 10 years for at least six months.

The threshold is intended to prevent routine market volatility from weakening the mechanism while still providing an emergency option when CBAM combines with external shocks to create extreme costs.

Agriculture has become one of the most contentious areas because fertilizer prices directly affect farm production costs. European farming groups estimate CBAM could add around €820mn to agricultural costs in 2026 and argue that the proposed suspension threshold is too high.

Some members of the European Parliament have taken the opposite position and want the suspension article removed entirely. Others argue that revenue generated through fertilizer CBAM should instead be used to support farmers.

This disagreement means the current Council position is not the final framework. Member states and parliament still need to negotiate a common legal text.

For industrial companies, however, the direction is becoming clearer. CBAM is evolving beyond an upstream carbon measure into a broader trade and industrial policy covering increasingly complex manufacturing chains.

The Metalnomist Commentary

CBAM is moving from raw materials into the products manufactured from them, making embedded carbon a wider industrial competitiveness issue. The inclusion of scrap is especially important because Europe is beginning to regulate not only how metals are produced, but how recycled material moves through the value chain.