What is HS 760110?
HS 760110 covers unwrought, non-alloyed primary aluminium — commonly traded as ingots, T-bars, or sows produced through the electrolytic reduction of alumina (aluminium oxide). This is the purest commercial form of aluminium before alloying or fabrication, and it serves as the foundational feedstock for a wide range of downstream industries.
End-use applications span automotive body panels and structural components, construction profiles, packaging (including food-grade and beverage cans), aerospace airframes, and electrical conductors in grid and renewable energy infrastructure. Because it is non-alloyed, HS 760110 is distinct from alloyed unwrought aluminium (HS 760120) — a classification distinction that matters significantly at the border, particularly when applying preferential duty rates or anti-dumping measures. Customs agents should verify alloy content documentation carefully to avoid misclassification.
Top Sourcing Countries for Primary Aluminium Ingot
Global supply of HS 760110 is dominated by a concentrated group of smelting nations, each carrying distinct commercial and geopolitical implications for importers:
- China (CN): The world's largest aluminium smelter by a significant margin, accounting for the majority of global primary production. Chinese output is directly tied to domestic electricity policy and coal prices, making supply volumes and export pricing highly sensitive to state energy decisions. Supply concentration risk is high, and origin declarations from China attract scrutiny under US Section 232 tariffs and potential anti-dumping duties in multiple jurisdictions.
- Russia (RU): Home to Rusal, one of the largest aluminium producers outside China. Russian origin material has faced significant sanctions-related restrictions since 2022, and many Western buyers have structurally reduced exposure. Transshipment risk from Russian-origin metal routed through third countries is elevated and should be subject to enhanced due diligence.
- Canada (CA): A structurally advantaged supplier to the US market due to abundant hydroelectric power, relatively low carbon intensity, and USMCA preferential access. Canadian origin material has historically been cost-competitive for North American buyers even when Section 232 tariffs have been applied to other origins.
- United Arab Emirates (AE): Emirates Global Aluminium (EGA) operates one of the largest single-site smelters in the world. UAE-origin ingot is a material source for European and Asian buyers seeking non-Chinese, non-Russian supply with relatively stable geopolitical risk.
- Australia (AU) and Norway (NO): Both offer low-carbon-intensity production supported by renewable or clean energy grids, positioning them as strategically important under carbon-conscious procurement frameworks including the EU CBAM.
- India (IN): A growing exporter with competitive production costs, though energy mix and carbon reporting standards require verification for CBAM-liable imports into the EU.
Import Duty Rates and Trade Agreements
Duty rates for HS 760110 vary substantially by importing country and origin. Buyers should verify current MFN and preferential rates directly with the relevant customs authority, as rates are subject to change through trade policy actions.
Key compliance considerations include: US Section 232 measures, which have applied 10–25% tariffs on aluminium imports from various origins; EU anti-dumping and countervailing duties on Chinese-origin aluminium; and USMCA preferential rates for Canadian and Mexican origin material entering the United States. Free Trade Agreements such as the EU-Canada CETA and various GCC trade arrangements may offer duty relief depending on origin and rules-of-origin compliance. Procurement teams should work with a licensed customs broker to map the optimal origin-duty combination before committing to supplier contracts.
Cost Drivers and Price Outlook
LME aluminium is the primary benchmark for HS 760110 pricing, and the spot price has risen approximately 10% month-on-month as of March 2026 — a significant move that will flow directly into supplier quotes and contract re-negotiations. Buyers with floating-price contracts should be reviewing exposure immediately.
The key price drivers to monitor include:
- Electricity costs: Aluminium smelting is one of the most electricity-intensive industrial processes. Energy price spikes — particularly in Europe and China — directly constrain smelter output and push up production costs.
- Alumina input costs: As the primary feedstock, alumina price movements flow through to ingot costs with a short lag. Bauxite supply disruptions (notably in Guinea) can tighten alumina markets rapidly.
- Chinese smelter policy: Administrative output caps, provincial power rationing, or environmental compliance shutdowns in China can remove significant global supply quickly.
- Carbon tariffs (CBAM): EU importers of aluminium face embedded carbon cost reporting obligations under CBAM, with financial liability phasing in from 2026. High-carbon-intensity origins will become materially less cost-competitive over time.
- USD exchange rate: LME pricing is USD-denominated; buyers in EUR, GBP, or AUD should factor FX hedging into total landed cost calculations.
Compliance and Sourcing Considerations
Transshipment risk for HS 760110 is rated HIGH. Russian and Chinese-origin metal has historically been re-routed through intermediary countries to obscure origin and circumvent tariffs or sanctions. Buyers should require mill certificates, smelter-level certificates of origin, and independent verification from reputable trade assurance providers. Blanket reliance on supplier-provided documentation is insufficient in this commodity category.
US importers must comply with Section 232 aluminium measures and ensure accurate country-of-origin declarations — penalties for misclassification or fraudulent origin claims are substantial. EU importers must prepare for CBAM reporting obligations, which require embedded emissions data at the production facility level. This places a new documentation burden on suppliers and means buyers need to engage smelters — not just traders — to obtain compliant carbon data.
Dual-use classification does not apply to standard primary ingot, but export controls on aluminium for aerospace or defence applications may be relevant depending on end use and destination.
How to Source Primary Aluminium Ingot Efficiently
Effective procurement of HS 760110 requires more than price comparison. Here is what trade professionals should verify before and during supplier engagement:
- Confirm HS classification at the 6-digit level and verify alloy content to avoid misclassification into HS 760120.
- Map applicable import duties by origin in your target market — the duty differential between origins can outweigh the spot price difference.
- Request smelter-level certificates of origin and cross-reference against known producer lists to mitigate transshipment risk.
- For EU imports, obtain embedded carbon emissions data per tonne from the producing facility to meet CBAM reporting requirements.
- Assess supplier energy sources — hydroelectric or renewable-powered smelters offer lower carbon intensity and greater price stability against energy shocks.
- Build contract terms that reference LME aluminium as the pricing index with defined premium structures, rather than accepting fixed quotes that may embed hidden margin during volatile periods.
- Diversify sourcing across at least two origins to reduce single-country supply concentration risk, particularly given China and Russia exposure.
Get a free sourcing intelligence report for HS 760110 at Logitality.com