Copper price 2026: what is copper worth per kg?
The copper price in 2026 fluctuates between €8.00 and €9.50 per kilogram for primary copper, depending on market conditions and quality. The London Metal Exchange (LME) currently quotes copper between €8,000 and €9,500 per tonne, which equates to €8.00–€9.50 per kilogram. For scrap and used copper, prices are lower, ranging between €5.00 and €7.00 per kilogram. These price differences make it essential for companies in metalworking in the Netherlands to purchase the right quality of copper for their production processes.
The copper market is influenced by various factors that determine pricing. Global demand for copper is growing due to the energy transition and electrification, while supply remains limited by mining capacity and geopolitical tensions. For Dutch industrial companies, this means that insight into copper prices is crucial for cost management and strategic procurement.
Current LME copper prices and market developments
The London Metal Exchange (LME) serves as the global reference for copper prices. This exchange sets the daily spot price and forward prices for copper, which are used across the industry as a benchmark.
The LME price is influenced by multiple factors. Demand from the construction, automotive and electronics industries determines a large part of the pricing. In particular, the growing demand for electric vehicles and renewable energy is driving structurally higher copper prices. An average electric car contains 83 kilograms of copper, compared with 23 kilograms in a conventional car.
Supply-side factors play an equally important role. Major copper mines in Chile, Peru and Congo determine global supply. Strikes, environmental restrictions and infrastructure problems can quickly disrupt supply and drive prices up. In recent years, we have seen various disruptions that pushed the copper price above 10,000 dollars per tonne.
| 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 |
Technical analysis shows that copper prices often move cyclically. The current phase is characterised by structurally higher prices driven by the energy transition. Analysts expect copper prices to remain, on average, higher than historical norms between 2026 and 2030, with peaks up to €12,000 per tonne during periods of scarcity.
Scrap copper prices and recycling value
Used copper and copper alloys have a lower price than primary copper. The price for copper scrap ranges between €5.00 and €7.00 per kilogram, depending on quality and purity.
Copper scrap is classified into different categories that determine the price. Millberry copper, the purest type of scrap copper, fetches the highest prices. This refers to bare copper wire without insulation or contaminants. Birch/Cliff copper, consisting of copper tubes and sheets, has a slightly lower value. Mixed copper, blended copper material, brings the lowest prices.
| Copper type | Price per kg (euro) | Purity | Applications |
|---|---|---|---|
| Primary LME copper | 8.00 – 9.50 | 99.99% | Electronics, precision parts |
| Millberry scrap copper | 6.50 – 7.00 | 99.90% | New wire production |
| Birch/Cliff copper | 6.00 – 6.50 | 99.50% | Tubes and sheets |
| Mixed copper | 5.00 – 5.50 | 95-98% | Alloys, foundry |
The recycling value of copper makes it an attractive material for the circular economy. Copper loses none of its properties during recycling and can be reused indefinitely. This explains why old copper piping, roofing and industrial equipment retain good residual value.
For companies in the manufacturing industry in the Netherlands, copper recycling offers opportunities for cost savings and sustainability. By systematically collecting and selling copper waste, production costs can be reduced and environmental targets achieved.
Copper alloy prices: brass and bronze
Copper alloys such as brass and bronze have different price structures than pure copper. Brass, an alloy of copper and zinc, is quoted between €2.00 and €4.00 per kilogram. Bronze, primarily copper with tin, varies between €3.00 and €5.00 per kilogram.
The price of brass is determined by the zinc content and the quality of the material. High-quality brass with minimal contaminants fetches higher prices than mixed brass scrap. Naval brass, used in maritime applications, also contains lead and has a specific market valuation.
Bronze comes in various grades that affect the price. Phosphor bronze, used in bearings and springs, has a higher value than standard bronze alloys. Aluminium bronze, popular in shipbuilding and the chemical industry, commands premium prices due to its corrosion resistance.
Demand for copper alloys is growing in specific sectors. Trends in the manufacturing industry show that brass remains popular for decorative applications and sanitary fittings, while bronze is essential for high-performance bearings and maritime components.
Price-determining factors for copper in 2026
Various macroeconomic and industrial factors determine the copper price in 2026. Global economic growth, the energy transition and geopolitical developments have a direct impact on supply and demand.
The energy transition is creating structurally higher copper demand. Wind turbines contain 3–5 tonnes of copper per megawatt of capacity. Solar panels use copper in cabling and inverters. The electricity grid needs more copper for higher capacity and smart-grid functionalities. This trend is intensifying as countries pursue their climate goals.
Electric mobility requires exponentially more copper than conventional vehicles. Charging infrastructure, battery systems and electric motors contain substantial quantities of copper. The expected growth of electric vehicles from 10% to 50% market share by 2030 implies a doubling of copper demand from transport.
Digitalisation and industrial automation are boosting copper demand through more sensors, cabling and data communication. 5G networks, IoT devices and edge computing require extensive copper infrastructure for data transmission and power supply.
Supply-side constraints come mainly from the mining sector. New copper mines require 10–15 years of development time and billions in investment. Environmental regulations are becoming stricter, making mining operations more expensive and complex. Geopolitical tensions in key copper-producing countries create supply risks.
Regional price differences and the Dutch market
Copper prices vary by region due to transport costs, local demand and trade barriers. In the Netherlands, copper prices are typically 2–5% above LME prices due to logistics costs and trading margins.
The Dutch copper market is dominated by imports from Germany, Belgium and distribution centres in Rotterdam. Dutch copper prices follow European trends but experience local fluctuations due to port logistics and currency movements. The euro-dollar exchange rate has a direct impact because LME prices are quoted in dollars.
Regional demand patterns influence Dutch copper prices. The strong construction sector creates constant demand for copper piping and roofing. Industrial clusters in Brabant, Limburg and Groningen use a lot of copper for chemical installations and energy projects.
| Region | Average copper price (euro/kg) | Premium vs. LME | Main sectors |
|---|---|---|---|
| Rotterdam | 8.20 – 9.70 | +2.5% | Trade, petrochemicals |
| Amsterdam | 8.30 – 9.80 | +3.0% | Construction, electrical engineering |
| Eindhoven | 8.25 – 9.75 | +2.7% | High-tech, automotive |
| Groningen | 8.40 – 9.90 | +3.5% | Chemicals, energy |
Transport and storage costs create regional price differences. Companies near major ports or distribution centres benefit from lower purchase prices. Smaller buyers in peripheral areas pay higher prices due to additional transport costs and smaller order volumes.
Digital transformation in the copper trade is making price comparison more transparent. Online platforms and digital marketplaces give buyers a better overview of regional price differences and delivery options.
Procurement strategies for copper in 2026
Effective procurement strategies are crucial for cost control amid volatile copper prices. Companies can use various tactics to manage price risks and optimise procurement costs.
Forward contracts offer protection against price increases. By purchasing copper months in advance at fixed prices, companies can create budget certainty. LME forward contracts run up to 27 months, enabling long-term planning. Caution is advised because forward prices can deviate from actual market prices.
Inventory management balances cost savings against capital tie-up. Higher inventories protect against price increases but raise storage costs and capital tie-up. Optimal inventory quantities depend on consumption patterns, price volatility and capital costs.
Supplier diversification reduces the risk of supply disruptions. By purchasing copper from multiple suppliers in different regions, companies can ensure continuity. Local suppliers offer fast delivery, while international suppliers often provide better prices.
Alternative materials can reduce copper costs in specific applications. Aluminium replaces copper in some electrical applications at lower cost. Plastics with conductive fibres offer alternatives for specific connectors. Material substitution requires thorough technical evaluation of performance requirements.
Future expectations and market forecasts
Copper prices are expected to remain structurally higher due to the energy transition and limited supply. Analysts forecast average prices between €8,500 and €11,000 per tonne for the period 2026–2030.
Long-term demand growth comes mainly from renewable energy and electrification. The International Copper Association estimates that copper demand will grow by 70% between 2020 and 2040. Renewable energy, electric mobility and the electrification of industry are driving this growth.
Supply growth is lagging behind demand growth due to the long development times of new mines. Large copper deposits are becoming scarcer and more expensive to exploit. Recycling is growing but cannot fully offset shortages. New technologies such as biomining and seabed exploitation are not yet commercially viable.
Price volatility remains high due to limited buffer stocks and geopolitical risks. Trade wars, sanctions and political instability in producing countries can quickly drive prices up. Climate-related disruptions to mining are increasing due to extreme weather conditions.
The circular economy is gaining a larger role in copper supply. European regulations encourage the recycling and reuse of copper. Urban mining of old infrastructure becomes economically more attractive at higher copper prices. Digital technologies improve the efficiency of copper recycling.
What determines the daily copper price on the LME?
The LME copper price is determined by supply and demand during daily trading sessions. Large traders, producers and consumers trade in copper contracts, with prices arising from supply and demand. Economic data, inventory levels and geopolitical developments influence trading decisions. Technical analysis of price charts also plays a role in short-term price movements.
Why is used copper cheaper than new copper?
Used copper is cheaper because it contains contaminants and requires refining costs. Scrap copper must be melted and purified before it can be reused. Transport and processing costs reduce the value compared with primary copper. Quality variations in scrap require sorting and inspection, which brings additional costs. Nevertheless, copper scrap retains substantial value due to copper's excellent recycling properties.
How often do copper prices change and where can I follow them?
Copper prices change continuously during LME trading hours, from Monday to Friday. The official settlement price is set twice daily. Real-time prices are available through financial information services such as Bloomberg and Reuters. Free price information is offered by the LME website with delayed prices. Dutch traders often publish daily price lists based on LME prices plus local premiums.
What is the difference between copper spot and forward prices?
Spot prices apply to immediate delivery within a few days. Forward prices are contract prices for delivery on a specific future date, up to 27 months ahead. Forward prices reflect expectations about future demand, supply and interest rates. Contango occurs when forward prices are higher than spot prices. Backwardation means that forward prices are lower than spot prices, often when the market is tight.
Which factors cause sudden copper price increases?
Sudden price increases arise from supply disruptions, such as strikes at major mines or natural disasters. Geopolitical tensions in producing countries can disrupt deliveries. Unexpected demand increases, for example from major infrastructure projects, can drive prices up. Financial speculation and fund inflows into commodity markets amplify price movements. Currency fluctuations also affect copper prices, especially the dollar-euro exchange rate for European buyers.
How can my company protect itself against copper price fluctuations?
Companies can protect themselves by entering into forward contracts for future deliveries at fixed prices. Strategic stockpiling offers protection against short-term price increases. Supplier diversification reduces supply risks. Price escalation clauses in customer contracts can pass on cost increases. Financial instruments such as futures and options offer hedging opportunities for experienced traders.
Is copper a good long-term investment?
Copper offers good long-term prospects due to the energy transition and electrification trends. Structurally growing demand from renewable energy, electric vehicles and digitalisation supports higher prices. Limited supply due to the long development times of new mines creates scarcity. However, copper investment carries risks due to price volatility and economic cycles. Direct copper investment requires storage and insurance. ETFs and mining shares offer alternative exposure to copper prices.
What are the main quality requirements for copper scrap trading?
Copper scrap must be sorted by purity and alloy type. Millberry copper requires 99.90% purity without insulation or other metals. Birch/Cliff copper may contain a maximum of 1% iron and zinc. All scrap types must be free of radioactive materials and hazardous substances. Proper documentation of origin is mandatory. Visual inspection and, if necessary, XRF analysis determine copper content and contaminants. Good sorting maximises the sales price of copper waste.
Also listen to the Podcast on the Manufacturing Industry — new insights from the industry every week.