Graphite Price Trend Report and Forecast 2026-2027

Key Takeaways

• The global graphite market reached USD 18.94 billion in 2025, growing at a CAGR of 5.40% to reach USD 32.05 billion by 2035. 
• The graphite price trend in 2025 diverged dramatically: North America rose steadily (+5.22% cumulative) on tariff-driven supply tightness, while Northeast Asia declined 17.69% on chronic oversupply.
• US anti-dumping duties of 93.5% on Chinese anode graphite (effective tariff ~160%) and China’s November 2025 export controls on artificial graphite reshaped global trade flows.
• The graphite forecast for 2026 projects stabilisation as US–China trade agreements provide near-term clarity, though structural supply chain diversification will take years to meaningfully reduce concentration risk in the graphite market.

Introduction: Why Graphite Matters

Graphite is one of the most strategically important minerals driving the global energy transition. As the single largest component by weight in lithium-ion batteries each EV contains 50–100 kg of graphite in its anode, the material sits at the centre of the electric vehicle revolution. The graphite market is uniquely shaped by extreme supply concentration: China controls approximately 70% of natural graphite mining and over 90% of battery-grade processing capacity.

Beyond batteries, graphite remains essential for steelmaking electrodes, refractories, lubricants, and advanced materials. This dual demand structure legacy industrial plus fast-growing battery applications creates complex graphite cost dynamics where pricing varies dramatically by grade, region, and end-use application. Understanding the graphite forecast requires tracking both traditional industrial cycles and battery sector expansion simultaneously.

Sources: Expert Market Research; Procurement Resource

Key Sectors Driving Graphite Demand

EV Batteries and Energy Storage: Battery applications account for approximately 40% of the graphite market in 2025 and represent the fastest-growing segment at  approximately 18% CAGR. Over 95% of lithium-ion battery anodes use graphite, making it indispensable for the clean energy transition. The graphite forecast for battery demand is underpinned by each EV requiring 50–100 kg of anode material.

Steel and Electrodes: Electric arc furnace (EAF) electrodes represent ~36% of demand. Nearly 93% of new steelmaking capacity underway globally in 2024 is EAF-based, driving sustained electrode graphite cost growth.

Refractories: High-temperature industrial applications in steel, cement, and non-ferrous metal processing rely on graphite’s thermal stability. This segment provides steady baseline demand across the graphite price trend cycle.

Lubricants and Advanced Materials: Emerging applications including 3D-printed graphene composites and thermal management systems for electronics create premium-priced niche segments in the graphite forecast.

Sources: Expert Market Research; Procurement Resource

Global Graphite Market Overview

The global graphite market reached a value of USD 18.94 billion in 2025, according to Expert Market Research, with a projected CAGR of 5.40% through 2035 to reach USD 32.05 billion. Asia-Pacific dominates with approximately 55% of consumption, led by China’s massive battery manufacturing base. China produced around 1.3 million metric tonnes of natural graphite in 2024, accounting for the majority of recent global supply growth. The concentration of processing capacity in China remains the single largest risk factor in the graphite cost structure globally.

Sources: Expert Market Research; Procurement Resource

What Drove Graphite Prices in 2025?

• US Anti-Dumping Duties: The US Commerce Department imposed 93.5% preliminary anti-dumping duties on Chinese anode graphite in July 2025 (effective tariff ~160%), adding approximately USD 7/kWh to EV battery manufacturing costs.
• China Export Controls: Beijing imposed export licensing requirements on artificial graphite anode materials effective November 2025, tightening global battery-grade supply and reshaping the graphite price trend.
• Chronic Oversupply in Asia: Despite trade tensions, global graphite production continued to outpace demand, pushing flake graphite prices to multi-year lows and depressing the Northeast Asian graphite cost.
• Steel Sector Weakness: Declining Asian and European steel production through H1 2025 reduced electrode and refractory demand, further pressuring industrial-grade pricing.
• South American Emergence: New mining projects in Brazil and growing battery supply chain investment drove strong price performance in South America, bucking the global downtrend.

Sources: Expert Market Research; Procurement Resource

Regional Graphite Price Trend 2025

North America

North America was the only region with consistently rising prices throughout 2025, gaining 5.22% cumulatively. Q1–Q2 rose on steady battery and steel demand plus tariff anticipation. Q3 accelerated after 93.5% anti-dumping duties took effect, tightening domestic supply. Q4 moderated (+0.33%) as the US–China trade agreement provided short-term clarity. The graphite forecast for North America remains firm while tariffs persist.

Sources: Expert Market Research; Procurement Resource

Europe

European graphite cost showed a sharp mid-year spike followed by correction. Q1 was flat. Q2 surged 7.45% on strong EAF electrode procurement and battery sector activity. Q3–Q4 declined as European steel production weakened and inventory built up. The net annual change was slightly negative, reflecting broader softness in traditional industrial segments. The graphite forecast for Europe hinges on EAF expansion and battery passport compliance timelines.

Sources: Expert Market Research; Procurement Resource

Northeast Asia

Northeast Asia experienced the steepest graphite price trend decline globally, falling 17.69% from Q1 to Q4. Chinese overproduction flooded the market while steel demand declined. Q3–Q4 saw accelerating declines as flake graphite prices hit multi-year lows. China’s November export controls on artificial graphite may tighten supply into 2026, but near-term oversupply remains dominant. The graphite forecast for this region depends critically on how effectively export licensing constrains output.

Sources: Expert Market Research; Procurement Resource

South America

South America was the strongest-performing region with 12.72% cumulative growth. Brazilian mining projects (notably South Star Battery Metals’ Santa Cruz mine) began commercial production. Q4’s 6.38% surge reflected growing investment in regional battery supply chains as global buyers diversified away from Chinese dependence. The graphite forecast for South America remains bullish as the region establishes itself as an alternative supply hub.

Sources: Expert Market Research; Procurement Resource

Africa

African pricing opened 2025 with a sharp Q1 decline (−7.59%) before recovering in Q2–Q3. Q4 dipped modestly. Projects in Mozambique and Madagascar offer long-term diversification potential, but refining capacity constraints limit the region’s ability to capture battery-grade premiums. African graphite cost remains competitive for industrial grades, positioning the region favourably in the graphite market for non-battery applications.

Sources: Expert Market Research; Procurement Resource

Graphite Forecast: Market Outlook FY 2026

The graphite forecast for 2026 reflects a graphite market at a structural inflection point, shaped by competing forces:

• North America: Graphite cost will remain elevated while 160% effective tariffs on Chinese anode material persist. Domestic production is ramping (Westwater Resources targeting 12,500 MT capacity in 2026) but cannot yet meet demand.
• Northeast Asia: Oversupply should gradually ease as China’s export controls on artificial graphite take hold, but flake prices will remain weak until steel demand recovers. Graphite cost stabilisation is expected by mid-2026.
• South America: The graphite price trend will remain bullish as Brazilian mining output scales and global buyers diversify supply chains away from China.
• Europe: Stability expected as CBAM-driven demand for low-carbon graphite grows and EAF steelmaking capacity expands. Battery passport requirements will favour verified-origin supply.

Sources: Expert Market Research; Procurement Resource; Bloomberg, July 2025

Key Takeaways for Buyers and Manufacturers

For Procurement and Sourcing Teams

• Exploit the 35%+ Regional Pricing Gap: North American graphite cost (rising, tariff-inflated) vs. Northeast Asian pricing (declining, oversupplied) creates significant arbitrage for non-US procurement.
• Secure South American Supply Now: Brazilian and Mozambican projects are ramping. Lock long-term contracts before the graphite market tightens as global diversification demand accelerates.
• Separate Natural vs. Synthetic Procurement: Natural graphite offers lower cost and higher capacity; synthetic provides superior fast-charging performance. Manage as distinct categories in your graphite forecast planning.
• Build Tariff Contingency Plans: US 160% effective tariffs could shift with policy changes. Include tariff adjustment clauses in all contracts touching the US graphite price trend.
• Track China Export Licensing Delays: Beijing’s November 2025 controls on artificial graphite anode materials create unpredictable lead times. Maintain 3 to 6 month safety stock for battery-grade material.

Sources: Expert Market Research; Procurement Resource

For Manufacturers and End-Users

• Invest in Anode Material Processing: China controls more than 90% of battery-grade graphite processing. Building domestic or allied-nation processing capability is the highest-value strategic investment to reduce graphite cost dependency.
• Evaluate Silicon-Graphite Composite Anodes: Silicon doping still requires a graphite scaffold but could reduce per-cell graphite volumes 10–20% by 2030, affecting the long-term graphite forecast.
• Hedge Against Flake Price Recovery: Current multi-year lows in flake graphite pricing are driven by cyclical oversupply. Lock purchase agreements now before steel demand recovery triggers a graphite price trend reversal.
• Prepare for Battery Passport Compliance: EU battery passport requirements (2027+) will mandate origin traceability. Establish verified supply chains from non-China sources now to avoid compliance-driven graphite cost premiums later.
• Monitor US–China Trade Agreement Renewals: The late-2025 agreement provides stability into 2026 but remains subject to renegotiation. Plan for multiple tariff scenarios in your graphite market and graphite cost planning.

Sources: Expert Market Research; Procurement Resource