Aluminium price 2026: spot price and scrap prices
The aluminium price in the Netherlands fluctuates daily based on international market conditions. For companies in metalworking in the Netherlands, understanding both the LME spot price and scrap prices is essential for strategic procurement and cost management. The current aluminium market is characterised by volatility due to geopolitical tensions, energy costs and demand from the automotive and construction sectors.
Aluminium currently trades between 2,200 and 2,600 euros per tonne on the London Metal Exchange, while scrap aluminium prices range from 0.80 to 1.20 euros per kilogram. These price differences arise from quality factors, purity and local market conditions. Dutch companies benefit from the strong recycling infrastructure and strategic location near major European producers.
LME aluminium spot price development
The London Metal Exchange sets the international aluminium benchmark price on a daily basis. This spot price forms the basis for all trading contracts worldwide and fluctuates with supply and demand, inventory levels and macroeconomic factors.
In 2026, aluminium prices move within a range of 2,200 to 2,600 euros per tonne, influenced by various factors. Energy costs remain a crucial factor, as aluminium production is highly energy-intensive. Chinese production capacity, European environmental regulations and infrastructure investments in emerging markets determine long-term price development.
Market analysts expect that trends in the manufacturing industry such as the electrification of transport and sustainable construction will structurally support aluminium demand. The transition to renewable energy requires substantial amounts of aluminium for wind turbines, solar panels and electricity infrastructure.
| Metal type | Per kg | Per tonne |
|---|---|---|
| HMS scrap | €0.16-€0.22 | €160-€220 |
| Aluminium | €0.80-€1.20 | €800-€1,200 |
| Copper | €5.00-€7.00 | €5,000-€7,000 |
| Stainless steel 304 | €0.50-€0.80 | €500-€800 |
Dutch aluminium scrap prices
Scrap aluminium trades in the Netherlands between 0.80 and 1.20 euros per kilogram. These prices vary considerably depending on the quality, purity and quantity of the material supplied.
Dutch scrap dealers apply various categories for aluminium scrap. Clean profile scrap from windows and doors fetches the highest prices, followed by engine blocks and wheels. Mixed household aluminium such as cans and packaging yields lower prices due to processing costs and lower purity.
The recycling industry plays a crucial role in the manufacturing industry in the Netherlands by supplying raw materials to foundries and rolling mills. Dutch companies such as Novelis have built up significant recycling capacity to meet the growing demand for sustainable materials.
| Scrap category | Price per kg | Purity | Applications |
|---|---|---|---|
| Clean profile scrap | €1.15-1.20 | 99%+ | New profiles, construction |
| Engine blocks | €0.95-1.05 | 95-98% | Foundry applications |
| Beverage cans | €0.85-0.95 | 95-97% | New packaging |
| Mixed household | €0.80-0.85 | 90-95% | Industrial applications |
Market leaders and price formation
Novelis and Norsk Hydro dominate the European aluminium market and influence price formation. These companies operate integrated value chains from primary production to recycled products, allowing them to stabilise market prices.
Novelis, owned by Hindalco Industries, operates modern recycling facilities in Germany and Switzerland that serve the Dutch market. The company has invested in closed-loop recycling in which used beverage cans are transformed into new cans within 60 days. This circular approach reduces energy consumption by 95% compared to primary production.
Norsk Hydro combines hydropower-driven primary production in Norway with recycling capacity spread across Europe. Their integrated model ensures price stability and security of supply for Dutch buyers. Hydro’s focus on low-carbon production aligns with the sustainability objectives of industrial automation projects.
Factors influencing aluminium prices
Energy costs account for 30-40% of primary aluminium production costs. Electricity prices, especially in energy-intensive smelting processes, directly determine the cost structure and market prices of aluminium.
Chinese production policy has a global impact on aluminium prices. China produces 57% of the world's aluminium, and government measures relating to energy, the environment and exports directly influence the international balance. Production restrictions during winter smog periods or new environmental standards can cause price shocks.
Transport costs have risen due to logistical challenges and fuel prices. Aluminium has a high value-to-weight ratio, but large volumes require efficient logistics. Dutch importers benefit from excellent port infrastructure and rail connections to the European hinterland.
Demand from end markets such as automotive, construction and packaging determines the fundamental price trend. Electric vehicles contain 2-3 times more aluminium than conventional cars, so the growing EV market creates structural demand. Digital transformation in industry also demands more aluminium for data centre cooling and electronic components.
Regional price differences and arbitrage
Dutch aluminium prices follow the LME with regional premiums for transport and local demand. These premiums vary between 80 and 150 euros per tonne above the LME cash price, depending on availability and seasonal fluctuations.
Rotterdam serves as an important distribution hub for aluminium to North-West Europe. The Europoort facilitates imports of primary aluminium from the Middle East and Russia, while recycled products come primarily from European sources. This geographical spread offers price stability and security of supply.
Germany, as the largest European aluminium consumer, influences Dutch prices through proximity and trade flows. German automotive and machine-building sectors create steady demand for high-quality alloys. Dutch companies benefit from this nearby sales market for both primary and recycled products.
| Region | Premium vs LME | Transport method | Delivery time |
|---|---|---|---|
| Port of Rotterdam | €80-100/tonne | Sea freight | 2-4 weeks |
| German border | €120-140/tonne | Rail/road | 1-2 weeks |
| Local stock | €140-180/tonne | Direct delivery | 1-3 days |
| Spot market | €100-200/tonne | Variable | Immediate |
Hedging and risk management
Companies use LME futures and options to hedge price risks. These financial instruments provide protection against unforeseen price movements and enable budgeting for long-term projects.
Dutch industrial users employ various hedging strategies. Manufacturers of aluminium products hedge purchase prices with call options, while traders exploit spreads between different qualities. On average, companies hedge 60-80% of their annual consumption up to 12 months ahead.
Banks and commodity trading houses offer structured products for smaller companies that do not have direct access to LME trading. These products combine physical delivery with price protection, enabling SMEs to participate in professional risk management.
Sustainability and the circular economy
Recycled aluminium requires 95% less energy than primary production. This property makes aluminium a key material in the transition to a circular economy and influences future price structures.
Dutch government incentives for recycling and sustainable production support the development of a circular aluminium economy. Extended producer responsibility obliges packaging companies to finance collection and recycling, guaranteeing a stable scrap stream.
Carbon prices via the EU Emission Trading System (ETS) make primary production more expensive and strengthen the economic benefits of recycling. Companies with a low carbon footprint can command premiums for “green” aluminium products, creating a two-tier market.
Outlook and market forecasts
Analysts predict further price volatility due to the energy transition and geopolitical tension. Structural demand growth from electrification and sustainable infrastructure supports higher average price levels in the long term.
Chinese capacity ceilings and environmental measures limit global supply, while demand from developed economies continues to grow steadily. New production capacity in the Middle East and Africa can partly close this gap, but requires years for full implementation.
Technological developments in recycling and alloy production improve the efficiency and quality of secondary materials. Advanced sorting and smelting processes make high-quality alloys possible from mixed scrap, optimising the value chain of recycled aluminium.
What determines the daily aluminium price?
The daily aluminium price is determined by trading on the London Metal Exchange (LME), where supply and demand come together. Factors such as Chinese production, energy prices, the dollar exchange rate, inventory levels and macroeconomic indicators influence price formation. Major producers and traders take positions based on fundamental analysis and technical indicators.
Why do scrap prices fluctuate differently from LME prices?
Scrap prices follow the LME trend but respond with a delay due to local market conditions. Quality differences, processing costs, transport distances and local supply-demand ratios cause deviations. In addition, scrap dealers have inventory costs and must sort and process material for resale to smelters.
How do you forecast aluminium price developments?
Price forecasts combine fundamental analysis of supply-demand balances with technical analysis of price charts. Important indicators include Chinese PMI data, energy prices, infrastructure investments and central bank policy. Seasonality also plays a role, with Q4 often showing higher prices due to winter production restrictions and year-end inventory build-up.
Which quality factors influence scrap prices?
Purity is the most important factor, with clean profiled scrap fetching the highest prices. Contaminants such as iron, copper or coating significantly reduce the value. Size and shape affect processing costs – large, clean pieces are more efficient to process than small fragments. The alloy type also determines the end application and price potential.
Why are there regional price differences?
Transport costs, local supply-demand ratios and trade flows create regional premiums above LME prices. Areas with large consumers such as automotive clusters often have higher local prices. Port facilities, rail connections and road infrastructure affect distribution costs. Customs tariffs and trade policy can also cause price differences between countries.
How does hedging of aluminium price risk work?
Companies use LME futures contracts to lock in future purchase or sale prices. Call options protect against price increases, while put options protect against price declines. Swaps exchange variable spot prices for fixed prices. Collar strategies combine call and put options for cost-effective protection within a range.
What is the difference between primary and secondary aluminium?
Primary aluminium is produced from bauxite ore through the energy-intensive electrolysis process. Secondary aluminium is created by recycling aluminium scrap and uses 95% less energy. Quality differences arise from alloying elements that are difficult to remove from recycled materials. Primary aluminium has the highest purity for critical applications.
How does the energy transition affect aluminium prices?
The energy transition creates structural demand for aluminium for solar panels, wind turbines, electricity grids and electric vehicles. At the same time, higher energy prices make primary production more expensive, which makes recycling more attractive. Carbon pricing via the ETS raises production costs further. These trends support higher long-term prices and stimulate investment in recycling capacity.
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