Graphite Electrode Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Graphite Electrode Market Trends and Insights

Rising Global Steel-Scrap Availability

In North America and Europe, the retirement of end-of-life vehicles, coupled with China's demolition of outdated infrastructure, is driving a surge in steel-scrap generation. The global ferrous scrap supply has increased significantly in recent years^{[1]OECD Steel Committee, “Steel Market Developments Q4 2024,” oecd.org} . However, the quality of scrap varies; obsolete scrap tends to have higher copper and tin contamination compared to prompt industrial scrap. As a result, Electric Arc Furnace (EAF) shops are increasingly mixing in direct-reduced iron (DRI) to achieve the desired automotive-grade chemistries. This practice not only extends melting times but also elevates amperage and increases electrode consumption per heat. Therefore, while the supply of scrap has risen annually, the intensity of electrode use has grown at a faster pace. Producers who can ensure a consistent current-carrying capacity stand to gain significantly from the ongoing scrap super-cycle.

Accelerating Demand for Ultra-High-Power Electrodes

UHP electrodes, with a bulk density greater than 1.68 g/cm³ and a resistivity less than 5.5 µΩ·m, are overtaking traditional high-power grades. Jiangsu Shagang launched a 6-million-ton EAF complex in 2024, exclusively utilizing 700-mm UHP columns to achieve significant tap weights. While UHP products are more expensive than their high-power counterparts, they offer an extended service life and reduced power consumption. This results in a decrease in total electrode costs per ton of steel, particularly when furnace utilization is high. Mid-tier producers, lacking access to premium needle coke, are witnessing a decline in market share. In response, several Chinese mills are shutting down high-power extrusion lines, reallocating funds to UHP machining centers. With an increasing number of furnaces transitioning to 150 MVA-plus transformers, the dominance of UHP in the graphite electrode market is expected to expand further.

Hydrogen DRI-EAF Hybrids Requiring Larger-Diameter Electrodes

Commercial trials of hydrogen-based Direct Reduced Iron (DRI) have progressed from pilot stages to demonstration scales. By 2024, ArcelorMittal’s Hamburg facility upgraded from 600-mm to 650-mm Ultra High Power (UHP) columns, starting to charge a hydrogen DRI^{[2]ArcelorMittal, “Hamburg Works Hydrogen-DRI Project Update,” arcelormittal.com} . This shift was necessitated, as lower-density iron pellets demand a higher current to achieve the desired tap temperature. The HYBRIT consortium achieved an electrode intensity during heats using hydrogen DRI, which was higher than operations relying solely on scrap in Electric Arc Furnaces (EAF). Capitalizing on affordable solar electricity, Middle-Eastern steelmakers have preemptively chosen 700-mm electrodes for Qatar Steel's 1.5-million-ton line, set to commence in 2028. As a result, the demand landscape is splitting, traditional scrap-based EAFs are sticking with 500-mm-600-mm sets, whereas hydrogen hybrids are rapidly expanding into a 650-mm-800-mm segment, a niche currently catered to by only a select few suppliers.

Premium Low-CO₂-Footprint Electrode Traceability Mandates

In 2023, Europe introduced its Carbon Border Adjustment Mechanism (CBAM), requiring importers to purchase certificates that account for the emissions tied to every electrode entering the continent. The Acheson graphitization process, which typically uses 2,000 kWh per ton, emits over 2 tons of CO₂ equivalent for each ton of finished electrode, especially when powered by a coal-dominant grid. Producers who can document emissions below 1.5 tons of CO₂ equivalent are enjoying price premiums. SGL Carbon and GrafTech reported that contracts for these low-carbon premium batches constituted a substantial share of their sales in Europe. As steel and battery clients tighten their Scope 3 targets, the once-niche demand for traceable low-carbon electrodes has evolved into a standard procurement practice.

Cyclicality of Global Steel Production

In early 2025, global crude steel production saw a year-on-year decline, prominently driven by a downturn in China. This fluctuation was intensified by the demand for electrodes, as operators of Electric Arc Furnaces (EAF) opted to postpone restocking when their utilization dipped below a specific threshold. From Q4 2024 to Q1 2025, GrafTech noted a sequential dip in its average selling price, a change linked to mills shifting from term contracts to spot purchases. Historical trends show that a downturn in EAF steel output often results in a marked drop in electrode shipments, mainly because mills prioritize depleting their existing inventory. Moreover, the recovery is not instantaneous; buyers cautiously rebuild their stocks, leading to longer lead times and diminished capacity-planning clarity for manufacturers. Given the ongoing instability in global steel demand, this adverse operating leverage is poised to persistently burden the graphite electrode market during the forecast period of 2026–2031.

Emission-Quota Caps on Graphitization Capacity Expansion

China's dual-control policy, aimed at curbing both total energy consumption and energy intensity, has effectively put a stop to the establishment of new graphitization furnaces in Shandong, Hebei, and Inner Mongolia. These regions were once pivotal to the nation's capacity. After failing to secure an energy quota, Fangda Carbon scrapped its Shandong project, redirecting its investment to Gansu, where renewable power credits are more readily available. Current quota holders are running at full throttle, exporting semi-finished blanks to India and Vietnam for final processing. In contrast, new entrants face significant delays. India's HEG has clinched approvals for a graphitization line poised to process these blanks, underscoring the ripple effects of Chinese policy on regional supply chains. This bottleneck has stunted global capacity growth, even as demand for larger-diameter electrodes surges, tightening supplies during peak quarters and potentially driving up prices for buyers.

Segment Analysis

By Electrode Grade: UHP Dominance Reflects Furnace-Power Escalation

UHP electrodes captured 70.11% of global volume in 2025, and their share of the graphite electrode market size is projected to rise further on a 4.12% CAGR to 2031. Operators of furnaces exceeding 150 MVA favor UHP columns due to their finer grain structures and reduced thermal-expansion coefficients, which minimize breakage incidents. Data from Jilin Carbon indicates that in 2025, UHP consumption was lower per ton of EAF steel compared to high-power grades, resulting in a notable lifetime-cost advantage. High-power electrodes have seen their market share decline, now primarily used for ladle-furnace refining or furnaces with smaller tap weights. In contrast, regular-power grades are predominantly utilized in yellow-phosphorus and calcium-carbide smelting, where cost considerations overshadow performance. Supply-side investments further bolster UHP adoption. In 2025, Liaoning Dantan invested significantly in a 700-mm UHP machining center, responding to UHP inquiries that constituted a large portion of its backlog. In India, similar shifts are evident, with HEG dedicating its new line's entire incremental capacity to 600-mm and 700-mm products. Producers reliant on legacy high-power tooling risk stranded assets unless they adapt extrusion presses for larger billets. With the rise of hydrogen-DRI hybrids, the demand for diameters exceeding 650 mm is expected to solidify UHP's dominance, potentially relegating the combined share of high-power and regular-power electrodes to a smaller portion of the graphite electrode market by 2031.

Note: Segment shares of all individual segments available upon report purchase

By Application: EAF Steel Anchors Growth, Non-Steel Niches Emerge

EAF steelmaking commanded 71.25% of the graphite electrode market share in 2025 and is set to grow at a 4.41% CAGR through 2031, sustained by China’s blast-furnace retirements and North America’s automotive supply-chain localization. Basic oxygen furnace (BOF) users, accounting for a small portion of the demand, utilize electrodes primarily for bottom stirring and ladle refining at low intensities. This limited usage restricts their growth potential. Meanwhile, the non-steel sector - which includes silicon-metal, ferroalloy, yellow-phosphorus, and calcium-carbide - has been expanding as photovoltaic-grade silicon smelters transition to using UHP electrodes with minimal ash content.

Multi-year sourcing models highlight distinctions between segments. U.S. EAF frontrunners secure volumes through long-term offtake agreements, with prices adjusting quarterly based on needle-coke indices. This strategy provides a buffer for producers during demand downturns, yet limits their ability to pass on costs when feedstock prices surge. In the diverse non-steel sector, price sensitivity remains high; for instance, Chinese calcium-carbide producers often shift suppliers for small discounts, squeezing profit margins. Looking ahead, EAF's dominance is expected to persist. Its consistent electrode intensity and stable contracting account for a significant portion of global tonnage. In contrast, while non-steel segments present cyclical opportunities, especially with the growth in solar-grade silicon, they remain more volatile.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

Asia-Pacific accounted for 60.34% of global consumption in 2025 and is poised to expand at 4.74% annually through 2031, yet growth is uneven. In the first half of 2025, Chinese output experienced a notable contraction. This was largely due to provincial governments imposing operating-hour restrictions on graphitization furnaces. As a result, producers pivoted to exporting semi-finished blanks rather than their usual finished columns. Meanwhile, India capitalized on this gap. HEG, targeting buyers in the Middle-East and Southeast Asia who previously depended on Chinese supplies, is set to upgrade its capacity by 2027. In a strategic move, Japan's Tokai Carbon bolstered its presence in North America by acquiring two U.S. machining shops. This acquisition has notably reduced delivery lead times for clients. Additionally, Vietnam and Malaysia, taking advantage of reduced electricity tariffs, approved three finishing plants in 2025. These plants will process Chinese blanks, achieving lower landed costs, further diversifying regional trade dynamics.

In 2025, North America accounted for a notable portion of global demand and is on a growth trajectory. Nucor and Steel Dynamics announced new EAF capacity. This move is set to bolster electrode offtake, secured through multi-year contracts that benefit local machining hubs. GrafTech's Ohio facility, the sole integrated plant in the region, catered to most of its 2025 shipments domestically. This underscores the regional buyers' preference for resilient and traceable supply chains. In a strategic partnership, Canada’s Algoma Steel, which transitioned to EAF in 2024, signed a long-term deal to procure UHP columns from Tokai Carbon’s Pennsylvania facility. This ensures a steady supply of electrodes for Algoma's upcoming hydrogen-DRI trials. Meanwhile, Mexico stands out as a growth hotspot, with Ternium and ArcelorMittal boosting their EAF lines to cater to the auto-steel demand driven by USMCA.

Europe, accounting for a significant portion of global consumption in 2025, is witnessing steady growth, largely influenced by the Carbon Border Adjustment Mechanism (CBAM). Under CBAM, importers are mandated to present certificates corresponding to embedded carbon. This regulation imposes additional costs on shipments that lack the ISO 14067 carbon footprint certification. Capitalizing on its eco-friendly products, SGL Carbon, with a low carbon footprint, secured contracts at a premium over Asian competitors. Despite Turkey relying on imports for most of its electrodes, the rising CBAM costs are spurring domestic investments. A testament to this shift is the production line inaugurated by Karabük Demir Çelik in 2025. Meanwhile, Russia's market faces distortions due to sanctions limiting needle coke imports. While Chinese exports surged month-on-month in January 2025, ongoing logistical challenges have tempered this growth.