Aluminium Scrap Is Now a Strategic Asset as US Imports Jump 37%

The US bought roughly 37% more aluminium scrap in the first half of 2026. China, still by far the bigger buyer, bought about 3% less. Recycling ambition did not drive the gap. Tariffs, prices and politics did, and they now decide where this metal goes.

The pressure shows up well beyond those two markets. Automotive shredded scrap in Europe rose 28% in the opening months of the year. India imported about 2 million tonnes in FY2026. Brussels and Rome are debating stockpiles and export duties.

These are not separate stories. They are the same shortage of usable, correctly graded scrap, showing up in four regions at once.

This analysis explains why scrap is becoming a strategic input, where the pressure points sit, and which risks deserve your attention if you hold aluminium producers, recyclers or the manufacturers who depend on them.

Why scrap matters more than its recycling share suggests

Aluminium has a reputation as the endlessly recyclable metal. The reputation is accurate in chemistry and misleading in supply terms. Most of the metal ever made is not available to recycle yet, because it is still in use.

The stock-and-flow numbers make the point:

• About 1.5 billion tonnes of aluminium have been produced since 1888
• An estimated 1.1 billion tonnes were still in productive use, according to a 2019 assessment
• Global scrap processing reached about 41.9 million tonnes in 2025
• The recycling input rate (the share of total aluminium supply that comes from scrap) sits near 32%

Window frames, car bodies and power cables can stay in service for decades. Scrap supply is therefore tied to what was built a generation ago, while demand for recycled, low-carbon metal is tied to what manufacturers want today.

The energy gap is what makes this commercially sharp. Remelting scrap uses far less energy than smelting primary aluminium from alumina, so each tonne of scrap carries embodied energy. Whoever secures it gains a cost and carbon advantage over whoever cannot.

The energy efficiency of recycling is what turns each tonne of scrap into a cost and carbon advantage, which is why remelters with access to affordable power can undercut smelters that rely on primary production.

In the US, scrap already supplies about 85% of domestic aluminium output. That dependence is why a warning from Novelis carries weight.

The deficit warning Novelis’s Gary Gallo has warned that a US scrap deficit is emerging as new capacity comes online, and that it could persist unless more aluminium is diverted from landfill and the separation of wrought and cast alloys improves.

What counts as usable scrap

Industrial scrap is offcuts and rejects from manufacturing, usually clean and of known alloy. Post-consumer scrap comes from products at the end of their life, such as cans, cars and building materials, and arrives mixed and often contaminated.

Grade decides value. Wrought alloys (rolled sheet and extrusions) need low impurity levels. Cast alloys tolerate more silicon. Can stock and automotive sheet each need tightly specified chemistry, and mixing streams cuts the yield of high-value metal.

TRIMET‘s planned plant at Hamm in Germany, designed for about 40,000 tpa (tonnes per annum), uses laser analysis to identify scrap composition. Sorting has become a competitive capability in its own right.

For you, the takeaway is that building new remelting capacity does not create new high-quality scrap. Growth in recycled-content demand is outrunning the supply of suitable end-of-life metal, so scrap access becomes a margin question for anyone who melts it.

Why US and Chinese scrap flows moved in opposite directions

Set the two markets side by side and the divergence is plain.

The US surge reflects relative advantage. Imported primary aluminium faces much heavier tariff exposure than scrap, according to AL Circle’s reading of customs data, and Canadian and Mexican collection and remelting networks feed directly into US plants.

The tariff gap works because duty-free scrap enters through separate customs lines while covered primary metal faces a 50% charge, a structure that steers US buyers toward scrap and leaves supply heavily reliant on Canada.

China’s softening has a different cause. Overseas offers became pricier and harder to source, while domestic secondary smelters bought less. June imports of about 133,000 tonnes fell 16.9% year on year, according to Shanghai Metals Market. Yet China’s first-half total was still 3.6% above H1 2024, so this is a pullback rather than a collapse.

Some of the strength may be global. BigMint reported that worldwide scrap imports rose nearly 10% in the half, although that figure has not been independently confirmed.

What the price data does and does not show

Prices tightened across every major market. S&P Global Commodity Insights put European automotive shredded scrap at €2,300/t in early May, up 28% since January. IMARC’s Q1 2026 averages:

• US: US$2,522/t
• China: US$2,427/t
• India: US$2,394/t
• Germany: US$2,156/t

Procurement Resource has published higher July indications, but its methodology and grade comparability are less transparent than agency assessments, so treat them with care.

What this tells you is that scrap follows price and policy advantage, not recycling volume. If you assume feedstock supply rises with collection alone, you will misjudge which producers actually get the metal. Trade-flow data is one of the earliest signals of where tightness will bite.

How India, Germany and Europe are each trying to secure scrap

If the US and China show how money moves scrap, the next three regions show how governments are trying to hold on to it. Each faces a different problem.

India: the MSME squeeze and the duty debate

India’s problem is access. Imports climbed from 1.8 million tonnes in FY2025 to about 2 million tonnes in FY2026. Small and medium manufacturers in Coimbatore, including foundries and pump makers, have asked for easier imports, citing shortages and volatile prices.

In July, the Ministry of Mines recommended removing the 2.5% basic customs duty, noting that copper, zinc and lead recyclers pay nothing. The Aluminium Association of India wants the duty kept until Bureau of Indian Standards (BIS) quality rules and grade-specific HSN codes (the customs classification codes used to identify goods) exist, warning of low-quality imports. Cheaper access may ease the pressure, but it cannot guarantee lower prices.

Readers following the Indian debate can turn to our detailed coverage of India’s scrap import duty, which sets out the cost structure facing importers compared with finished-goods tariffs.

Germany: a strong system under pressure

Germany’s problem is not collection. A €0.25 deposit covers about 20 billion containers a year, and can recycling is reported at around 99%. Novelis processes 400,000 tpa at Nachterstedt, and TRIMET has expanded Gelsenkirchen, although reports differ on whether the addition is about 70,000 or 80,000 tonnes.

Unions IG Metall and IGBCE have still called for stronger action, pointing to high energy costs and global competition for scrap. A high collection rate does not protect remelters if power prices erode recycling’s cost edge.

Europe: stockpiles, export duties and CBAM

At EU level the concern is security. Porto Marghera is bidding to host Europe’s first strategic stockpile site for critical raw materials, including scrap. It remains a proposal, not an operating stockpile. Italy has also introduced monitoring of scrap exports to non-EU destinations.

European Aluminium prefers an export duty on scrap under CN 7602 (the EU tariff code for aluminium waste and scrap). FACE backs WTO-compliant safeguards that could include a high export tax or a ban, paired with recycling incentives. Critics warn of higher costs for European users and the risk of retaliation.

FACE’s condition FACE’s Mario Conserva has stressed the need for stable, sufficient and competitively priced availability, and the group argues that stockpiling and monitoring only work alongside reliable supply conditions and domestic recycling capacity.

The trade dimension is already live. A WTO panel in Russia’s challenge to the EU’s Carbon Border Adjustment Mechanism (CBAM), a levy on the embedded emissions of certain imports, was established on 25 September 2026 under DS639. Panel creation does not decide the merits, and the EU says it is confident CBAM is compatible.

Read these headlines as signals of feedstock stress rather than solutions. No duty, ban or stockpile creates scrap. Collection, sorting and affordable energy do.

What should investors and manufacturers watch next?

The question for you is exposure: which of these pressures reaches a company’s margins first? Ranked by likely near-term impact:

1. Price volatility with lagged pass-through. European shredded scrap rose 28% early in 2026, and margins compress when sales contracts lag metal prices. Watch scrap-to-primary spreads.
2. Structural shortage of high-grade scrap. Wrought and automotive grades are tightest. Watch recycled-content commitments against scrap availability.
3. Energy-cost exposure. High European power prices can wipe out recycling’s advantage. Watch industrial electricity tariffs.
4. Alloy mismatch. Mixed streams reduce yield. Watch sorting investment such as TRIMET’s Hamm plant.
5. Trade retaliation. EU restrictions could redirect material and invite challenges. Watch DS639.
6. Compliance burden. CBAM emissions data and export monitoring weigh hardest on smaller firms. Watch reporting thresholds.
7. Indian policy timing. Removing the duty before standards are ready could bring in low-grade imports. Watch the BIS rollout.

Companies are already building ahead of feedstock. Novelis is commissioning its Bay Minette plant in Alabama while warning of a deficit. Hydro‘s Torija project in Spain, about €180 million for 120,000 tpa of extrusion ingot, can process up to 70,000 tonnes a year of post-consumer scrap.

Tightness in wrought and automotive grades matters most for the European automotive supply chain, where recycled-content targets and primary metal availability pull manufacturers in different directions.

Signals worth tracking

• Monthly US and Chinese customs data
• Regional scrap premiums and spreads
• Progress in DS639
• India’s duty decision and BIS standards
• European export-duty and stockpile proposals

When you assess resilience, a company’s scrap sourcing, alloy mix and energy position now matter as much as its capacity figures. Capacity without feedstock is a cost, not an asset.

Past performance does not guarantee future results. Price and policy outcomes discussed here are subject to market conditions and may change.

Scrap access as the new dividing line between aluminium competitors

The pattern across all four regions is consistent. Scrap moves toward favourable prices and tariffs, its value depends on alloy quality, and every policy response carries a cost: higher domestic prices, quality risk or trade friction.

That makes the coming decisions more telling than the headlines around them. India’s choice on the 2.5% duty and the timing of BIS standards will shape costs for its foundries. Europe’s export-duty and stockpile proposals will decide how much feedstock stays inside the bloc. The DS639 panel will test how far border carbon measures can go.

The producers best placed are likely to be those that control sorting, secure supply and manage energy costs, regardless of how those decisions land.

This article is for informational purposes only and should not be considered financial advice. Investors should conduct their own research and consult with financial professionals before making investment decisions.