India’s aluminium value chain: the producer’s paradox
There is an uncomfortable irony in India’s industrial journey. Under British colonial rule, India was integrated into an imperial economy that supplied raw materials and absorbed manufactured goods produced elsewhere. Nearly eight decades after independence, the context is fundamentally different, yet a troubling question persists: is India capturing the full value of its industrial resources, or leaving too much of it to be created elsewhere? The question is sharpest in India’s aluminium value chain.
Aluminium offers a revealing case study. India is the world’s second-largest producer of primary aluminium, yet its manufacturers face high input costs while the country exports large volumes of primary metal and imports billions of dollars’ worth of finished products. This is a paradox in India’s aluminium value chain: upstream production strength does not automatically translate into downstream manufacturing competitiveness.
The metal is indispensable. Its low density, corrosion resistance, conductivity and infinite recyclability make it central to electric vehicles, power transmission, renewable energy, railways, construction, packaging and defence. India’s opportunity lies not merely in smelting, but in converting metal into sophisticated products, building competitive supply chains, and generating higher-value employment.
Numbers behind India’s aluminium value chain
According to the Global Trade Research Initiative (GTRI), India exported roughly $7bn of aluminium and aluminium products in the financial year (FY) 2025-26. Primary aluminium made up 61.4% of that total; value-added finished products accounted for the remaining 38.6%.
India’s Aluminium Export Composition (FY 2025-26)
Roughly $4.3bn of India’s exports were primary metal, while only about $2.7bn were value-added. Meanwhile, the country imported approximately $4.1bn of finished aluminium products, and nearly one-quarter of those imports entered at low or zero duty under free trade agreements (FTAs). The contrast with China is stark: 97.2% of its aluminium exports are value-added products. A simple calculation sharpens the point. Value-added exports of about $2.7bn fall well short of the $4.1bn of finished products India imports, implying a net deficit of roughly $1.4bn in finished goods, even as the country ships out around $4.3bn of primary metal.
India’s Aluminium Trade Imbalance & Value-Addition Gap
None of this means that exporting primary metal is undesirable or that every import can be substituted. Some specialised products demand technology and scale that domestic industry has yet to acquire. But the data expose a strategic gap: upstream capacity has not been matched by depth in rolled products, extrusions, foils, alloys, conductors, and precision components. The goal should be to capture more value from every tonne produced, not simply to produce more tonnes.
Import-parity pricing: domestic metal, import-like cost
Import-parity pricing means a domestic product is priced based on what a comparable import would cost. For aluminium, that typically means the London Metal Exchange (LME) benchmark, a regional premium, freight, and the customs duty an importer would pay. Even when metal is smelted in India, domestic buyers may therefore pay a price shaped by the cost of bringing the same metal across a border.
India levies a 7.5% basic customs duty (BCD) on unwrought aluminium. Downstream associations argue that, with applicable charges such as the social welfare surcharge, the effective burden approaches 8.25%. That matters because aluminium can account for an estimated 60-80% of production costs in some downstream segments, according to GTRI. For micro, small and medium enterprises (MSMEs), which operate on thin margins with limited bargaining power, a rise in the price of the principal raw material leaves little room except to cut margins, raise prices or defer investment.
Protection is not inherently misguided; it can anchor investment in capital-intensive smelting and give producers policy certainty. The difficulty arises when protection for one segment raises costs for another that is expected to manufacture and export higher-value goods. A poorly calibrated tariff can weaken the very ecosystem it is meant to protect.
Inverted duty structure
An inverted duty structure arises when inputs or intermediates face higher duties than the finished goods made from them, placing domestic manufacturers at a cost disadvantage against imports. GTRI reports that nearly one-quarter of India’s finished aluminium imports in FY2025-26, roughly $1bn by value, entered at low or zero duty under FTAs. Such concessions can benefit consumers and import-dependent users, but when imported finished goods enjoy preferential access while local fabricators pay elevated input costs, the playing field tilts.
The implications extend to public infrastructure. Railways, metro projects, transmission lines and renewable installations are aluminium-intensive, so higher input costs can feed into procurement prices and project budgets. The policy question, therefore, is not whether India should abandon liberalisation or shield every producer, but whether its tariff regime is coherent across the entire value chain, from primary metal to scrap, semi-finished products, and finished goods.
Scrap, recycling and circular manufacturing
Recycling aluminium requires a small fraction of the energy needed for primary production from bauxite; the International Aluminium Institute estimates savings of up to 95%. Because smelting is among the most electricity-intensive industrial processes, quality scrap lowers cost, cuts emissions and strengthens circularity.
Yet India’s secondary aluminium sector relies heavily on imported scrap. In July 2026, the Ministry of Mines recommended removing the 2.5% basic customs duty on aluminium waste and scrap, arguing that it raises costs for recyclers and disadvantages domestic secondary producers. The ministry also flagged a possible inversion where scrap attracts duty while certain finished products enter under preferential arrangements.
The episode captures a wider tension. Primary producers seek protection against import competition and low-quality scrap; recyclers and fabricators argue that affordable feedstock is essential for value addition. Both concerns are legitimate: contaminated scrap poses environmental and industrial risks, and indiscriminate imports are no substitute for quality control. The answer lies in predictable standards, effective inspection, better domestic collection, formalised scrap markets, modern recycling plants and tariffs that treat recycling as a strategic industrial activity.
Geopolitical risk and supply-chain security
The aluminium debate is also about resilience. Export restrictions, sanctions, shipping disruptions, and freight-cost spikes can interrupt flows of metal and scrap, creating longer lead times, higher procurement costs, and uncertain production schedules. MSMEs, which rarely have the balance sheets to hold large inventories or negotiate long-term contracts, are most exposed.
Resilience does not mean self-sufficiency at any cost; no modern industrial economy operates outside global markets. It means strategic diversification of sourcing, efficient logistics, transparent market information and closer links between primary producers and downstream users. Carbon regulation adds another dimension: the European Union’s Carbon Border Adjustment Mechanism, whose definitive phase began in 2026 and which covers aluminium, will reward low-carbon, traceable and recycled-content metal. Indian exporters that cannot document their emissions intensity risk losing ground in a key market.
Owning India’s aluminium value chain: four priorities
Industrial success cannot be measured by primary output alone. It must also be judged by domestic value addition, productivity, export sophistication, manufacturing employment and the capacity of smaller firms to compete globally. Four priorities follow.
First, review tariffs across the whole value chain. Duties on primary metal, scrap, intermediates and finished goods should be assessed together to prevent inversion without exposing strategic industries to abrupt shocks.
Second, stronger downstream manufacturing. Investment is needed in specialised alloys, high-performance rolled sheet, electrical conductors, automotive and electric-vehicle components, packaging and precision parts, supported by testing facilities, affordable finance, technology upgrading and MSME clusters.
Third, recycling as an industrial strategy. Better collection, formal scrap markets, efficient technology and reliable certification can reduce import dependence and lower the carbon footprint of Indian aluminium.
Finally, trade policy that rewards genuine capability. FTAs should be paired with robust rules of origin and safeguards against misclassification and unfair trade, while manufacturers are encouraged to improve productivity rather than rely indefinitely on protection.
These reforms should emerge from consultation among primary producers, downstream manufacturers, recyclers, workers and exporters. The aim is not to favour one segment over another, but to build an ecosystem in which each segment’s success strengthens the others.
Real measure of industrial strength
The colonial economy was structured around imperial priorities. Today India makes its own policy choices, has a substantial industrial base and engages global markets on very different terms. The comparison is therefore not one of equivalence, yet the historical lesson endures: producing raw materials is not the same as controlling the value created from them.
India need not stop exporting aluminium or eliminate imports. It must ensure that domestic manufacturers can access competitive inputs, build advanced capabilities and compete on fair terms. The real paradox is that a country can be a major producer of a strategic metal and still fail to capture enough of its downstream potential.
The ambition must be to move from being a major producer of aluminium to becoming a major producer of what aluminium makes possible.
Kashish Raj Sharma is a 75% visually impaired postgraduate scholar of anthropology and an abstract artist whose work explores gender, embodiment, visual culture and social power.
