What it is
Aluminum futures track the price of primary aluminum — newly smelted metal as opposed to recycled aluminum. It is priced in dollars per pound and is the second most widely used metal in the world after steel. Aluminum's defining characteristics are its light weight, corrosion resistance, and versatility — properties that make it essential in transportation (aircraft, automobiles, trucks), packaging (cans, foil, food containers), construction (windows, curtain walls, roofing), and consumer electronics. Its production is extraordinarily energy-intensive, which creates a structural link between aluminum prices and energy costs.
Who publishes it
Aluminum futures trade on COMEX (CME Group) in the US and on the London Metal Exchange (LME), which is the global benchmark. China dominates global aluminum production — accounting for roughly 55–60% of world output. Chinese energy policy, production curtailments during power shortages, and export tariff changes therefore have an outsized influence on global aluminum prices. Russia is also a major producer, making geopolitical events a recurring price factor.
The energy cost link
Aluminum smelting requires enormous amounts of electricity: approximately 15,000 kilowatt-hours of power to produce a single metric ton of primary aluminum. This makes aluminum one of the most energy-intensive commodities in existence, and aluminum prices often move in tandem with electricity and natural gas prices. When energy costs spike, aluminum smelters face higher operating costs and may curtail production, tightening supply and pushing prices higher — meaning aluminum can compound energy cost pressure rather than simply reflecting it.
Update frequency
Futures prices update daily. LME inventory data provides daily visibility into whether global aluminum stocks are building or drawing down — a useful leading indicator of near-term price direction.
What a move means for planning
Aluminum is a direct cost signal for packaging-intensive businesses (beverage cans, food containers, foil), transportation manufacturers and their suppliers, construction and building products companies, and any business buying consumer electronics or appliances. Because aluminum is downstream of energy costs, a period of sustained energy price increases can produce a compounding effect, with energy and aluminum rising together, compressing margins from two directions simultaneously. For companies using aluminum packaging, a meaningful aluminum price increase typically flows into can and container pricing within one to two supplier contract cycles. For businesses not buying aluminum directly, rising aluminum is a useful proxy for the health of the global manufacturing economy and the cost pressures facing industrial suppliers throughout the value chain.