Germany graphite electrode market is segmented by: grade (regular power RP, high power HP, and ultra high power UHP), diameter (small up to 400 mm, medium 450-550 mm, and large 600 mm and above), raw material route (needle coke-based and petroleum coke-based), and application (EAF scrap-based steel, ladle furnace and refining in blast furnace mills, silicon, ferroalloy and other submerged-arc furnaces, and other specialty non-steel).

The Germany graphite electrode market is estimated at USD 65 million in 2026 (USD 62 million in 2025) and is projected to reach USD 102 million by 2036, growing at a compound annual growth rate of approximately 4.6%. That is faster than most mature European steel markets, and it starts from a modest base: electric arc furnaces made only about 31% of the country’s 34.1 million tonnes of crude steel in 2025, with the rest coming from blast furnaces. Output was down from 37.3 million tonnes in 2024, yet first-half 2026 production rebounded 8.9% to 18.6 million tonnes.
The German story is one of rebuilding rather than steady expansion. The country is Europe’s largest steel producer, and its integrated mills are under pressure from carbon costs, expensive power and imports. Plans that once centred on hydrogen-based iron are being rewritten around nearer-term scrap-fed and DRI-capable arc furnaces, and the most important of these projects, the new electric furnace at the Duisburg site run by HKM, will be one of the biggest in the European Union.
For suppliers of UHP and SHP graphite electrodes, Germany therefore combines a well-established base of special steel and mini-mill customers with a once-in-a-generation shift of integrated capacity towards the electric route. Timing is uncertain, but the direction is not, and the decisions made between now and 2030 will define the German electrode market through 2036.
Germany graphite electrode market: 2025 data

Germany Graphite Electrode Market Growth Drivers to 2036
The largest arc furnace project in the country. Salzgitter has awarded the contract for a new EAF at HKM in Duisburg with a 285-tonne tapping weight and capacity of up to 2.5 million tonnes a year. Construction began in August 2026 with commissioning planned for 2029, supported by about EUR 200 million of public funding. A furnace of this scale will draw heavily on large-diameter UHP electrodes from day one.
An electric-first pivot. ArcelorMittal has shelved its DRI-EAF plans for Bremen and Eisenhüttenstadt and says it will focus on arc furnaces when market conditions allow, while thyssenkrupp is reviewing the economics of its Duisburg hydrogen plant. Whatever the final shape, the long-term trend is towards electric melting, and each plan that proceeds adds a major buyer.
EU trade defence. The new EU steel regime in force since 1 July 2026 cuts duty-free quotas sharply and imposes a 50% duty on out-of-quota volumes, giving German mills a firmer pricing floor. Better margins make capital projects easier to justify and improve furnace utilisation at existing mini-mills.
Carbon pricing as an incentive. The carbon border mechanism and the continuing phase-down of free allowances make the blast furnace route more expensive over time, while scrap-based steel enjoys a significantly lower emissions profile.
A deep scrap base. Germany’s mature industrial economy generates large volumes of high-quality scrap, which supports domestic arc furnace operation and reduces reliance on imported iron units.
Special and stainless steel. Producers of engineering, automotive and stainless grades, including Georgsmarienhütte, Saarstahl and Outokumpu’s Krefeld site, are electric-furnace operators with demanding quality requirements, which keeps UHP demand resilient even in weaker years.
Industry Disruptions Reshaping Graphite Electrode Supply and Trade in Germany
Energy prices. Industrial electricity remains costlier in Germany than in most competing regions, and the steel association and trade unions are pressing for a target price of around 5 euro cents per kWh. Until a lower and predictable price is secured, new electric capacity is hard to finance and existing furnaces are vulnerable to curtailment.
Stop-start decarbonisation projects. Hydrogen-based iron plans have been postponed, resized or cancelled. Salzgitter has pushed the later phases of its SALCOS programme to at least 2028–2029, so the timeline for electrode demand from DRI-based furnaces is uncertain, even though phase one is under way.
Volatile import competition. Imports into Europe rose sharply before the new quota system, and Germany remains an attractive destination for steel from Asia. Tighter quotas should ease this, but trade diversion from other protected markets could still increase pressure.
Electrode price resets. Producers have lifted list prices this year as needle coke costs climbed and surplus capacity was retired. German buyers, used to stable annual contracts, are weighing the benefit of locking in volume against the risk of paying peak prices.
Industrial demand weakness. Automotive and machinery end markets have been soft, and steel output fell nearly 9% in 2025. A partial rebound in 2026 suggests stabilisation, but a prolonged slump would delay the investments that electrode demand depends on.
Germany’s electrode outlook rests on whether policy support, lower power costs and a recovering industrial economy arrive together; if they do, the conversion wave will be steep, and if not, it will be gradual.
Future Disruption Possibilities
The base case could be upended by several uncertainties:
•    A reduction in industrial power prices through a dedicated tariff, which would accelerate arc furnace investment.
•    Cancellation of the remaining hydrogen-based iron plans in favour of scrap-only furnaces, raising demand for scrap and electrodes at the expense of DRI supply chains.
•    A rebound in German automotive and machinery output that lifts special steel demand.
•    Supply tightness if needle coke is diverted to other uses just as large new furnaces start operation.
•    Further tightening of EU steel import rules, or an extension of carbon border costs to more downstream products.
•    Consolidation among European mills that concentrates buying power and changes procurement terms.
Key Germany Graphite Electrode Market Trends and Insights
Five trends define the German electrode market as it moves from a niche electric steel base to a core part of national steel policy.
Scrap-based furnaces are replacing hydrogen ambitions in the near term
Economics have pushed German steelmakers to build electric furnaces first and add DRI capability later. This sequencing brings electrode demand forward, because the furnace is the first piece of equipment to be installed even if the iron source is still being decided.
Large single-site furnaces are changing the order book
The Duisburg project alone is expected to make about 2 million tonnes of steel a year at full output, a volume comparable to a whole group of mini-mills. Electrode suppliers will need to commit capacity and technical resource to one large site rather than many small ones.
Special steel is the stable core of demand
Alloy, engineering and stainless steel producers pay for quality and traceability, and they are more insulated from commodity price swings. Qualified suppliers in this segment earn longer contracts and higher margins.
Power price politics now influences purchasing plans
Electricity cost decides whether a furnace runs on a given day, so electrode orders follow power markets as much as steel demand. Buyers with flexible furnace operation can schedule melts when power is cheap and adjust electrode stock accordingly.
Regional supply from France and Spain is a procurement advantage
With producers in neighbouring countries able to deliver by road within days, German buyers can keep lower stocks and respond faster to changes in melt schedules. Suppliers based farther away must compensate with warehousing and service.
Germany Graphite Electrode Market Segment-wise Analysis
By Product
UHP electrodes dominate growth as large new furnaces and special steel producers need high current-carrying capacity and strong thermal shock resistance. SHP and HP grades continue to serve existing mini-mills and ladle furnaces. RP electrodes have a shrinking role.
Diameters of 600 mm and above are linked to the largest planned furnaces, while medium sizes remain the core for existing electric mills. Nipples are purchased as a matched set with electrodes, and German buyers insist on strict tolerance control and batch traceability.
By Application
Scrap-based carbon steel production for long products is the largest current use. Special, alloy and stainless steelmaking is the most valuable segment per tonne. Ladle refining furnaces support both electric and integrated mills. Emerging applications include DRI-fed electric furnaces and the large integrated-mill furnaces beginning in the late 2020s.
By Buyer and Channel
Group-owned electric steelmakers and special steel producers account for most of today’s volume, buying largely through annual agreements. Integrated groups investing in electric capacity will tender for larger and longer arrangements with strict supply conditions. Traders play a smaller but useful role for spot needs.
Germany Graphite Electrode Market Regional Outlook
Germany’s electrode demand is unevenly distributed, and the largest swings are expected in the Ruhr and in the north.
North Rhine-Westphalia
The state holds the Duisburg steelworks and is the epicentre of the transformation. HKM’s new arc furnace, alongside thyssenkrupp’s decisions on its own site, will define regional demand. Existing special steel plants in Krefeld, Witten and the surrounding area add steady baseline consumption.
Lower Saxony, Bremen and Hamburg
Salzgitter’s integrated works and the electric operations at Peine and Georgsmarienhütte anchor Lower Saxony. ArcelorMittal’s Bremen and Hamburg plants add further potential, with Hamburg already operating an electric route. This northern belt is the second-largest growth area.
Saarland and Rhineland-Palatinate
Saarstahl and Dillinger form a compact, quality-focused cluster. Electric melting is part of the group’s path to lower emissions, and any investment here would involve high-specification products for demanding customers.
Bavaria and Baden-Württemberg
Lech-Stahlwerke in Meitingen and Badische Stahlwerke in Kehl represent the mini-mill sector, serving regional construction and industrial markets. These mills operate close to capacity and are early adopters of efficiency upgrades.
Eastern Germany
Brandenburg, Saxony and Thuringia combine ArcelorMittal’s Eisenhüttenstadt works with electric plants such as Feralpi in Riesa and Stahlwerk Thüringen. The area has benefited from regional industrial policy and could see an uplift if integrated capacity is converted.
Competitive Landscape and Market Share Analysis for Germany
The German market is served almost entirely by international producers, and the competitive field is defined by proximity, technical reliability and the ability to support very large furnaces. Customers are demanding and well informed, and they evaluate suppliers on consumption per tonne, breakage and engineering help.
GrafTech, with production in France and Spain, is well positioned for supply into Germany. Resonac and Tokai Carbon offer high-grade UHP products and are streamlining their global operations, while Indian suppliers HEG and Graphite India are gaining ground in large diameters on competitive pricing and expanding capacity.
Elektrokarbon in neighbouring Slovakia provides a regional option, and Chinese producers such as Fangda Carbon, Jilin Carbon and Kaifeng Carbon compete on price in the standard grades. Their access to Europe will depend on trade policy and on how much volume is displaced from protected markets elsewhere.
Through 2036, market share will be won by suppliers that can guarantee needle coke supply, deliver within days, and commit resources to major projects such as Duisburg. Long-term agreements with performance clauses are likely to become more common as furnaces get larger and customers seek certainty.
Germany Graphite Electrode Market Segmentation
Volumes and values for 2026 to 2036 are broken out below. The most useful cuts are grade, steelmaking route and buyer type, because they reveal how demand is shifting between mini-mills, special steel producers and converted integrated sites.
By Grade
Price per tonne rises with grade, and the German mix is climbing towards ultra high power.
•    Regular power (RP)
•    High power (HP)
•    Super high power (SHP)
•    Ultra high power (UHP)
By Diameter Band
Larger diameters appear wherever bigger furnaces are commissioned, so this cut shows where capacity is changing.
•    Small (up to ~400 mm)
•    Medium (~450–550 mm)
•    Large (600 mm and above)
By Steelmaking Route
The route determines furnace type and electrode consumption pattern.
•    Scrap-based EAF
•    DRI-fed EAF (emerging)
•    Hot metal and mixed charge
•    Ladle furnace and secondary metallurgy
By End Steel Product
Quality expectations rise with the complexity of the steel produced.
•    Long products
•    Special, alloy and stainless steel
•    Flat products from converted sites (emerging)
•    Forgings and castings
By Origin of Supply
Origin reveals how exposed German buyers are to trade measures and logistics.
•    Western European production
•    Other European production
•    Asian imports
•    Other origins
By Buyer
The buyer profile sets contract length and the effort needed to qualify a supplier.
•    Group-owned electric steel mills
•    Special and stainless steel producers
•    Integrated groups’ new electric furnace units
•    Foundries and smaller melt shops
•    Traders and distributors
By Procurement Channel
Contract type governs how stable prices are and how secure supply is.
•    Annual and multi-year contracts
•    Project-based supply agreements
•    Spot purchases
By Region
Regional demand reflects the location of existing electric mills and planned conversions.
•    North Rhine-Westphalia
•    Lower Saxony, Bremen and Hamburg
•    Saarland and Rhineland-Palatinate
•    Bavaria and Baden-Württemberg
•    Eastern Germany and rest of Germany
Key Graphite Electrode Manufacturers Covered
Leading producers serving German steelmakers include, but are not limited to:
•    GrafTech International (United States, with plants in France and Spain)
•    Resonac Holdings (Japan)
•    Tokai Carbon (Japan)
•    HEG Limited (India)
•    Graphite India Limited (India)
•    Elektrokarbon (Slovakia)
•    Fangda Carbon New Material (China)
•    Jilin Carbon (China)
•    Kaifeng Carbon (China)
Other regional producers, needle coke suppliers and trading companies influencing supply and pricing in Germany