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 Canada graphite electrode market is estimated at USD 54 million in 2026 (USD 52 million in 2025) and is projected to expand to USD 85 million by 2036, a compound annual growth rate of about 4.6%. Canada produced 11.5 million tonnes of crude steel in 2025, down from 12.3 million tonnes in 2024, but the headline figure hides a structural change: the country’s second-largest producer has closed its blast furnace and is moving its entire output to arc furnaces, which turns a mid-sized electrode buyer into a much larger one within a few quarters.

Canadian steelmaking is being pulled in two directions at once. A 50% US Section 232 tariff has choked off the cross-border trade that long defined the industry, forcing mills to refocus on the domestic market, while federal import limits, local-content rules in public procurement and growing defence and infrastructure spending give them reasons to invest at home. Clean hydroelectric power in Ontario, Quebec and British Columbia adds a cost and carbon advantage that few other steel regions can match.

For graphite electrode suppliers, Canada is a compact market with an unusually clear growth story and a few very important customers. The risk is concentration: the success of a handful of furnace ramp-ups and the direction of North American trade policy will determine how quickly demand grows through 2036.

Canada graphite electrode market: 2025 data

Canada Graphite Electrode Market Growth Drivers to 2036
Algoma’s full move to electric steelmaking. Algoma Steel has permanently closed its blast furnace and is running its first arc furnace around the clock, with a second unit due in the second half of 2026. Once complete, the Sault Ste. Marie site will have raw steel capacity of roughly 3.7 million tonnes, all of it dependent on electrodes and nipples.
Dofasco’s conversion plans. ArcelorMittal Dofasco in Hamilton is also moving from blast furnace steelmaking towards a DRI and arc furnace route, though at a slower pace. Even a delayed start would bring the country’s largest producer into the electrode market at scale before the end of the forecast period.
Canada-first trade policy. Import quotas on steel from non-FTA countries have been cut to a fraction of 2024 volumes, tariff remissions for manufacturing inputs have ended and federal procurement favours Canadian-made steel. These measures keep more domestic demand in the hands of Canadian mills, supporting furnace utilisation.
Low-carbon power. Provincial grids dominated by hydro and nuclear give Canadian arc furnaces a lower-emission profile than many peers, which supports premium positioning with customers that track the carbon intensity of their steel.
Defence, infrastructure and plate demand. Algoma is the only Canadian producer of discrete plate and is repositioning towards defence, construction and infrastructure projects. Plate production runs on high-power furnaces and calls for consistent UHP electrode quality.
Scrap retained at home. Canada exported about 3 million tonnes of ferrous scrap to the United States in 2024. Domestic arc furnace expansion creates a reason to keep more of that scrap in Canada, improving the economics of local electric steel.

Industry Disruptions Reshaping Graphite Electrode Supply and Trade in Canada
The tariff shock. The 50% US tariff has cut Canadian shipments to the United States dramatically; Algoma reported that only about 23% of second-quarter 2026 shipments went south, against 54% a year earlier, and total shipments fell by roughly 62%. Lower volumes reduce electrode consumption in the near term even as capacity is built for the longer term.
Costly transition years. Conversion costs, layoffs and ramp-up inefficiency have weighed on earnings. Mills must balance the cost of electrodes against thin margins, and procurement teams are under pressure to keep stocks lean until throughput stabilises.
Loss of a nearby supply source. The planned closure of a large North American electrode plant in Mexico removes one of the closest sources of supply for Canadian buyers, increasing dependence on US and overseas producers and lengthening lead times for some grades.
Diverted exports. US duties on electrodes from China and India push those suppliers to look for other destinations. If Canada remains open, it could see more competitive offers, which would help buyers but squeeze higher-cost regional suppliers.
Retaliation and counter-measures. Canada has applied its own tariffs on US steel and tightened controls on imports from other regions. The measures protect domestic mills but add uncertainty to trade flows and costs along the supply chain.
Together these disruptions mean that Canadian electrode demand is likely to grow in steps rather than in a straight line, with each furnace commissioning and each tariff decision creating a new baseline.

Future Disruption Possibilities
Several developments could reshape Canada’s electrode outlook:
•    A negotiated easing of US tariffs that reopens the American market to Canadian steel and lifts mill output.
•    Delays in the second Algoma furnace or in Dofasco’s conversion, which would slow demand growth.
•    Fresh trade remedies affecting electrode imports into Canada, or retaliation affecting supply chains.
•    Rising needle coke costs that make large UHP electrodes more expensive for new furnaces.
•    A surge in defence and infrastructure spending that increases demand for plate and heavy sections.
•    New low-carbon steel mandates in public procurement that favour electric melting.

Key Canada Graphite Electrode Market Trends and Insights
Six trends sum up how the Canadian electrode market is changing as the steel industry rebuilds around the arc furnace.
One site is rewriting national demand
Few countries see their electrode demand shift so heavily on a single site. Algoma’s arc furnaces, with a combined capacity of about 3.7 million tonnes, could exceed the existing electric steel consumption of many of its peers, so supplier selection there carries national significance.
The home market is now the strategic market
With US access restricted, Canadian mills are focusing on domestic customers in construction, infrastructure, energy and defence. This keeps furnaces busy but requires product mix changes, including more plate and long products and less commodity coil.
Clean power is turning into a commercial asset
Customers are increasingly asking for lower-emission steel, and Canadian arc furnaces run on grids that are far cleaner than those in many other regions. Producers can use this to win premium business, but only if furnaces run efficiently and consistently.
Scrap is staying north of the border
As Canadian EAFs ramp up, prime scrap that once flowed to US mills will increasingly be melted at home. That strengthens the domestic supply chain and gives furnace operators more control of charge quality.
Supply chains are being localised
Buyers are looking for suppliers with North American stock, shorter lead times and resilience to tariffs and shipping disruption. Producers with regional warehouses and technical teams that can reach Ontario quickly will be favoured.
Procurement is professionalising
As the industry shifts to the electric route, mills are building in-house expertise on electrode consumption, nipple joint integrity and furnace practices. Suppliers will increasingly be asked to share data and support performance reviews.

Canada Graphite Electrode Market Segment-wise Analysis
By Product
UHP electrodes will lead growth because the new furnaces in Ontario are high-power units designed for large heats. SHP and HP grades remain relevant for smaller mini-mills, ladle furnaces and foundries. RP is a diminishing category.
Large diameters track the Algoma furnaces and any future Dofasco unit, while medium sizes supply long-product mills in Ontario, Quebec and the Prairies. Nipples are an integral part of the order, and tolerance problems can stop a furnace, so large buyers prefer a single qualified source for both.
By Application
Scrap-based carbon steel for long products and plate is the main application today and over the forecast period. Emerging uses include DRI-fed furnaces and large arc furnaces at converted integrated sites. Ladle refining supports quality improvements, and specialty and alloy applications form a smaller but higher-value niche.
By Buyer and Channel
Integrated groups transitioning to the electric route will be the largest volume buyers and will negotiate multi-year agreements with strict delivery terms. Independent mini-mills buy through annual contracts, and small melt shops and foundries use distributors and spot purchases.

Canada Graphite Electrode Market Regional Outlook
Canadian electrode demand is concentrated in Ontario, with smaller but steady pockets in Quebec and Western Canada.
Ontario
Ontario holds Hamilton and Sault Ste. Marie, the two sites where the biggest change is occurring, along with arc furnace operators in Cambridge, Whitby and the eastern part of the province. The province benefits from a low-carbon grid and access to scrap from the Greater Toronto area and the US Midwest, making it the centre of Canadian electric steelmaking.
Quebec and Atlantic Canada
Quebec has a long-established arc furnace sector, including ArcelorMittal’s long products operations at Contrecoeur, which draws on abundant hydroelectric power. Atlantic Canada has little steelmaking today, but scrap export and port infrastructure could support new investment if demand grows.
Western Canada
Alberta, Saskatchewan, Manitoba and British Columbia are served by smaller electric mills, including those at Regina and Selkirk, focused on regional construction, energy pipelines and infrastructure. Demand here is steady rather than fast-growing, with long delivery distances making local stock-holding valuable.

Competitive Landscape and Market Share Analysis for Canada
Canadian mills source most of their electrodes from outside the country, so the market is shared among North American, Asian and European producers. Competition focuses on technical support for new furnaces, delivery reliability across long distances and the ability to hold stock close to Ontario mills. GrafTech, with its US production and needle coke supply, is the closest large supplier and enjoys logistical advantages in the region, although the closure of its Mexican plant narrows North American capacity. HEG and Graphite India are well placed with large-diameter UHP products and are looking for outlets beyond the protected US market. Resonac and Tokai Carbon sell high-grade electrodes from Japan and other plants, while Chinese suppliers such as Fangda Carbon, Jilin Carbon and Fushun Carbon compete mainly in mid-range grades. Their access to Canada will depend on whether import measures are introduced and on how aggressively they redirect volume from other markets. Over the next decade, suppliers that win the long-term agreements at Algoma and Dofasco, support furnace commissioning with on-site engineers and secure needle coke will gain the strongest positions. Mills that diversify sourcing across at least two producers will manage price and supply risks better.

Canada Graphite Electrode Market Segmentation
The 2026–2036 forecast is organised along the dimensions below. Grade, furnace stage and buyer type are the most commercially significant, as they show how fast new capacity is ramping and who controls purchasing.
By Grade
Higher grades command higher prices, and the new Ontario furnaces will pull the mix upward.
•    Regular power (RP)
•    High power (HP)
•    Super high power (SHP)
•    Ultra high power (UHP)
By Diameter Band
Electrode width is dictated by furnace rating, which makes this cut a direct read on the Ontario build-out.
•    Small (up to ~400 mm)
•    Medium (~450–550 mm)
•    Large (600 mm and above)
By Furnace Status
Furnace status shows how demand will build as projects move from planning to full production.
•    Established electric arc furnaces
•    Furnaces in ramp-up
•    Planned and announced furnaces
By Steel Product
End product choice dictates how consistent the electrode must be.
•    Plate
•    Rebar and wire rod
•    Structural sections and merchant bar
•    Flat products (hot-rolled coil and sheet)
•    Special and alloy steel
By Origin of Supply
Origin indicates exposure to tariffs, trade remedies and logistics.
•    United States production
•    Mexican production
•    European imports
•    Asian imports
By Buyer
Contract length and the level of on-site support both depend on who is buying.
•    Integrated groups converting to electric steelmaking
•    Independent EAF mini-mills
•    Specialty and alloy steel makers
•    Foundries and small melt shops
•    Traders and distributors
By Procurement Channel
Channel decides how long a mill is locked in to a given price.
•    Multi-year supply agreements
•    Annual contracts
•    Spot purchases
By Region
Regional demand reflects the location of electric mills and conversion projects.
•    Ontario
•    Quebec and Atlantic Canada
•    Western Canada: Alberta, Saskatchewan, Manitoba and British Columbia

Key Graphite Electrode Manufacturers Covered
Leading producers serving Canadian steelmakers include, but are not limited to:
•    GrafTech International (United States)
•    HEG Limited (India)
•    Graphite India Limited (India)
•    Resonac Holdings (Japan)
•    Tokai Carbon (Japan)
•    Fangda Carbon New Material (China)
•    Jilin Carbon (China)
•    Fushun Carbon (China)
•    Other regional producers, needle coke suppliers and trading companies influencing supply and pricing in Canada