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Energy Transition Stock List

Graphite Stocks

Listed companies with exposure to natural graphite mining, synthetic graphite production, battery anode material processing, and graphene across the global supply chain.
Graphite is the single largest material by weight in a lithium-ion battery and the dominant anode material in commercial EV cells, with silicon blends and sodium-ion hard carbon still a small share of installed capacity. China controls over 90% of processing, making supply chain diversification a strategic priority for the US, Europe, and Australia.

20 CompaniesCombined Mkt Cap: $2.3BUpdated: August 6, 2026
At a glance

  • Covers natural flake miners, synthetic graphite producers, and downstream anode and electrode specialists across 5 listing countries.
  • China's share of mined natural graphite is projected to fall from 80% in 2025 to 53% by 2035, but its share of battery-grade supply falls only from 94% to 91%, so new mines outside China do not by themselves diversify the chain.
  • Synthetic graphite supply grew 22% in 2025 while natural spherical supply fell 3%, and anode active material production inside China is now almost entirely synthetic.
  • China extended export controls to graphite anode materials and anode production equipment in October 2025, then suspended those measures for one year to November 2026.
  • Beyond batteries, graphite is largely non-substitutable in electric arc furnace electrodes, nuclear moderators and defence composites, and those grades are not interchangeable with battery material.
  • Largest constituent: Nouveau Monde Graphite (NOU.TO) at $434M.
20 companies
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Company Ticker Mkt Cap ▼ HQ Resource Country Resource Type Project Phase Segment
Nouveau Monde Graphite
NOU.TO $434M 🇨🇦 Canada 🇨🇦 Canada Natural Graphite — Flake Development Natural Graphite
Nouveau Monde Graphite
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇨🇦 Canada

Nouveau Monde Graphite (NMG) is a NYSE and TSX-listed integrated graphite company developing what is intended to become North America's largest, fully integrated ore-to-battery-material natural graphite production operation, located entirely within a 150-kilometre radius of Montréal, Québec. NMG's Phase 2 development encompasses the Matawinie Mine and the Bécancour Battery Material Plant, which will process Matawinie graphite concentrate into battery-grade active anode material (AAM). An updated feasibility study released in March 2025 confirmed Phase 2 viability with an after-tax IRR of 17.5% and NPV of US$1.053 billion.

NMG restructured its offtake position significantly in October–November 2025: it terminated supply agreements with General Motors, retained a revised binding offtake with Panasonic Energy, and signed a new binding offtake with a major European battery manufacturer. The company is actively pursuing project financing in parallel with a US Department of Energy loan application and benefits from Québec provincial support including a C$50 million strategic investment from Investissement Québec.

TSX

$434M

Natural Graphite

Matawinie Mine (100%) — flake graphite in Québec; Bécancour Battery Material Plant — AAM in Québec
Sovereign Metals
SVM.AX $240M 🇦🇺 Australia 🇲🇼 Malawi Natural Graphite — Flake Development Natural Graphite
Sovereign Metals
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇲🇼 Malawi

Sovereign Metals is an ASX, AIM, and OTCQX-listed critical minerals developer whose flagship Kasiya Rutile-Graphite Project in Malawi hosts 538 Mt of probable reserves at 1.03% rutile and 1.66% TGC (optimised PFS, January 2025), the world's second-largest known flake graphite deposit and its largest known natural rutile deposit. Kasiya's graphite is extracted as a co-product of rutile mining, compressing the incremental graphite production cost to just US$241 per tonne, below the China weighted average C1 cost. The deposit supports a proposed steady-state operation producing approximately 245,000 tpa of rutile and 288,000 tpa of graphite across a 25-year mine life.

The optimised PFS (January 2025), prepared with technical oversight from 19.9% strategic shareholder Rio Tinto, outlined pre-tax NPV and robust project economics anchored by the ultra-low graphite cost structure. Rio Tinto's involvement as both a technical partner and strategic investor provides meaningful validation and potential pathway to project financing. Kasiya's graphite product — large-flake, high-purity — is directly suited to battery anode applications, and the co-product economics make it one of the most cost-competitive potential graphite projects in the world.

ASX

$240M

Natural Graphite

Kasiya Rutile-Graphite Project (100%) — co-product flake graphite + rutile in Malawi
NanoXplore
GRA.TO $207M 🇨🇦 Canada 🇨🇦 Canada Graphene Production Graphene
NanoXplore
HQ: 🇨🇦 Canada Segment: Graphene Phase: Production Type: Graphene Country: 🇨🇦 Canada

NanoXplore is one of the world's largest producers of graphene powder and the only vertically integrated graphene company of scale in North America. Headquartered in Montreal, the company operates two business segments: Advanced Materials, Plastics and Composite Products — which generates the large majority of revenue through the manufacture of graphene-enhanced polymers, pellets, and composite products sold primarily to the transportation and industrial sectors — and Battery Cells and Materials, which is developing silicon-graphene enhanced lithium-ion cells targeting the EV and grid storage markets through its VoltaXplore subsidiary.

Revenues of approximately C$126 million in fiscal 2025 (year ended June 30, 2025) reflected modest softness driven by weaker commercial vehicle demand, while the VoltaXplore segment continued cell development and customer sampling activities. NanoXplore is unique on this list as a revenue-generating graphene business rather than a graphite miner or anode developer: its investment case rests on graphene adoption in industrial materials rather than battery anode market share.

TSX

$207M

Graphene

Graphene powder production (Canada); VoltaXplore battery cell JV
GrafTech International
EAF $199M 🇺🇸 United States 🇺🇸 United States Synthetic Graphite Production Synthetic Graphite
GrafTech International
HQ: 🇺🇸 United States Segment: Synthetic Graphite Phase: Production Type: Synthetic Graphite Country: 🇺🇸 United States

GrafTech International is a NYSE-listed manufacturer of ultra-high-power graphite electrodes used in electric arc furnace (EAF) steelmaking. Unlike natural or synthetic graphite anode producers, GrafTech's graphite exposure is to the industrial metallurgical market: its electrodes are a consumable input to EAF steel furnaces, with demand driven by steel production volumes and the global decarbonisation shift from blast furnace to EAF steelmaking. The company is uniquely differentiated by its vertical integration into petroleum needle coke through its Seadrift, Texas facility, providing cost advantages relative to peers who must source needle coke externally.

GrafTech's investment case is under significant strain. The electrode pricing environment has been severely depressed by Chinese overcapacity and weak global steel demand, with average realised prices falling sharply from their 2018–2019 peak. The company carries substantial legacy debt from its 2015 leveraged buyout and has faced several years of earnings pressure. Two developments in 2026 run the other way: in April 2026 the US International Trade Commission made a preliminary determination that the domestic industry is materially injured by large-diameter graphite electrode imports from China and India, referring the case to the Department of Commerce; and GrafTech reported in July 2026 that order commitments secured since its late-March 2026 price announcement were on average more than 15% above the levels achieved beforehand, though most of its 2026 order book was already committed at earlier prices. GrafTech is included on this list as the primary listed proxy for industrial synthetic graphite demand, but its exposure to battery markets is indirect and minimal compared to most peers.

NYSE

$199M

Synthetic Graphite

Seadrift needle coke facility (100%) — Texas USA; Clarksburg electrode plant (100%) — West Virginia USA
Syrah Resources
SYR.AX $171M 🇦🇺 Australia 🇲🇿 Mozambique Natural Graphite — Flake Production Natural Graphite
Syrah Resources
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Production Type: Natural Graphite — Flake Country: 🇲🇿 Mozambique

Syrah Resources is an ASX-listed industrial minerals and battery materials company operating the world's largest integrated natural graphite mine and processing facility at Balama, Mozambique, and a downstream Active Anode Material (AAM) facility in Vidalia, Louisiana — the first vertically integrated natural graphite AAM operation outside China. Balama holds nameplate capacity of approximately 350,000 tonnes per annum and a reserve life exceeding 50 years at a high-grade 16% TGC. The Vidalia facility has a current nameplate of 11.25 ktpa AAM, with a feasibility study completed for an expansion to 45 ktpa subject to offtake and financing commitments.

Balama was suspended in mid-2024 due to weak graphite prices, then disrupted by civil unrest in Mozambique in late 2024 — triggering a force majeure declaration — before a phased restart commenced in early 2025. Since that restart Balama has run in campaign mode rather than continuously, with production campaigns scheduled against confirmed customer demand and inventory position. Mozambique's Parliament approved a new mining law in 2026 lifting mandatory State participation in mining projects from 5% to a minimum of 15% (free carried, non-dilutable); Syrah's Balama Mining Agreement, which expires in 2038, contains stability provisions that preserve existing arrangements, and the State's free-carried interest in Twigg Exploration and Mining Limitada, which owns and operates Balama, remained 5% as at Q2 2026. Syrah's strategic position as the only operating large-scale Western natural graphite mine with connected US downstream processing makes it the closest thing to a Western graphite bellwether, but the combination of low graphite prices, Mozambique political risk, and ongoing Vidalia qualification costs has kept the balance sheet under sustained pressure. In March 2026 Syrah received non-binding strategic funding proposals from the US International Development Finance Corporation, the US Department of Energy and AustralianSuper to convert a substantial portion of its indebtedness into new shares and convertible loan notes, provide additional liquidity, and eliminate cash interest and principal repayments for three years.

ASX

$171M

Natural Graphite

Balama Graphite Mine (95%) — 350ktpa nameplate in Mozambique; Vidalia AAM Facility (100%) — 11.25ktpa AAM in Louisiana USA
Graphite One
GPH.V $125M 🇨🇦 Canada 🇺🇸 United States Natural Graphite — Flake Development Natural Graphite
Graphite One
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇺🇸 United States

Graphite One is a TSX-V listed development-stage company advancing what the US Geological Survey has identified as the largest known natural graphite deposit in the United States, at Graphite Creek, located approximately 60 kilometres north of Nome, Alaska. The company's strategic vision is a fully domestic mine-to-anode supply chain, with natural flake graphite mined at Graphite Creek processed and shipped to an advanced battery anode material (AAM) facility planned for Warren, Ohio. A bankable feasibility study completed in April 2025 — funded by a US$37.5 million Department of Defense grant — shows a post-tax IRR of 27% and NPV of approximately US$5 billion over a 20-year mine life.

The company received a US$325 million non-binding EXIM Letter of Interest for the Ohio facility in 2024, and the project's domestic supply chain narrative aligns strongly with US critical minerals policy priorities under both the IRA and CHIPS-adjacent defence procurement frameworks. The Alaska mine's remote location and the need to build two geographically separated facilities represent the primary capital and logistical execution challenges.

TSXV

$125M

Natural Graphite

Graphite Creek (100%) — largest known US graphite deposit in Alaska; AAM facility planned for Warren Ohio
Talga Group
TLG.AX $108M 🇦🇺 Australia 🇸🇪 Sweden Natural Graphite — Flake Development Natural Graphite
Talga Group
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇸🇪 Sweden

Talga Group is an ASX-listed battery materials and technology company advancing what would be Europe's first vertically integrated mine-to-anode natural graphite operation — the Vittangi Anode Project in northern Sweden. The project consists of two assets: the Nunasvaara South graphite mine near Vittangi, one of the highest-grade graphite resources in Europe, and the Luleå Anode Refinery, a fully permitted commercial-scale facility designed to produce 19,500 tpa of Talnode-C, Talga's proprietary low-emission natural graphite anode material. Both assets are now fully permitted following the Swedish government's dismissal of all outstanding appeals in August 2025.

The refinery holds a EUR 70 million EU Innovation Fund grant, a EUR 150 million senior debt commitment from the European Investment Bank, and a binding offtake agreement with a major European battery cell manufacturer. Talga's anode material achieves first-cycle efficiency above 94% and a carbon footprint of approximately 1.8 kg CO₂/kg — among the lowest of any anode material globally — positioning the project as a premium ESG-compliant supply source for European gigafactories seeking to meet battery passport requirements from 2027.

ASX

$108M

Natural Graphite

Nunasvaara South mine (100%) — high-grade graphite in northern Sweden; Luleå Anode Refinery (100%) — 19.5ktpa Talnode-C AAM
NOVONIX Ltd
NVX.AX $105M 🇦🇺 Australia 🇺🇸 United States Synthetic Graphite Development Synthetic Graphite
NOVONIX Ltd
HQ: 🇦🇺 Australia Segment: Synthetic Graphite Phase: Development Type: Synthetic Graphite Country: 🇺🇸 United States

NOVONIX is a NASDAQ and ASX-listed battery materials and technology company building what is expected to be North America's first large-scale commercial synthetic graphite anode material facility. Its principal asset is the Riverside facility in Chattanooga, Tennessee, which uses NOVONIX's proprietary continuous graphitization furnace technology to produce high-performance synthetic graphite for battery, defence, and industrial applications. Riverside is designed for 20,000 tpa at full capacity, with volumes allocated to Panasonic, Stellantis and PowerCo. NOVONIX delivered the first North American mass-production qualification sample of synthetic anode material to Panasonic in June 2026 and targets mass production for Panasonic in the second half of 2027, subject to completion of qualification.

US government backing includes a US$100 million DOE grant, US$103 million investment tax credit, and a conditional US$754.8 million DOE loan commitment for a planned second plant targeting 31,500 tpa. NOVONIX's technology differentiation — continuous graphitization versus the batch furnace process standard in China — offers potential cost and throughput advantages that underpin its partnerships with major OEMs and battery manufacturers seeking qualified non-Chinese synthetic graphite supply.

ASX

$105M

Synthetic Graphite

Riverside Facility — 20ktpa synthetic graphite AAM in Chattanooga Tennessee USA
Falcon Energy Materials
FLCN.V $104M 🇨🇦 Canada 🇬🇳 Guinea Natural Graphite — Flake Development Natural Graphite
Falcon Energy Materials
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇬🇳 Guinea

Falcon Energy Materials (formerly SRG Mining) is a TSX-V-listed developer pursuing a mine-to-market integrated battery anode materials strategy anchored by the Lola Graphite Project in Guinea and the Morocco Anode Plant, a planned CSPG facility at Jorf Lasfar near Casablanca. A PEA filed January 2025 outlined a combined after-tax NPV8% of US$1.32 billion and IRR of 43% over 25 years, with initial capital of US$185 million for Lola and US$73 million for the Morocco plant. A CSPG pilot plant at Jorf Lasfar was completed in Q4 2025 and is producing samples for customer qualification trials.

A material legal risk overhangs the upstream asset: in May 2025 a presidential decree from Guinea purported to revoke the Lola project's mining convention, and the company has contested this through international arbitration. The Morocco Anode Plant strategy is designed to be feedstock-flexible — able to process concentrate from Lola or third-party sources — providing some resilience to the upstream legal uncertainty, but the Guinea dispute represents a significant overhang on the investment case until resolved.

TSXV

$104M

Natural Graphite

Lola Graphite Project (Guinea) — PEA complete; Morocco Anode Plant — CSPG pilot at Jorf Lasfar
Renascor Resources
RNU.AX $104M 🇦🇺 Australia 🇦🇺 Australia Natural Graphite — Flake Development Natural Graphite
Renascor Resources
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇦🇺 Australia

Renascor Resources is an ASX-listed developer advancing the Siviour Graphite Project on South Australia's Eyre Peninsula, a proven reserve of 16.8 Mt at 8.2% TGC and the largest proven graphite reserve outside Africa, toward vertically integrated production of battery-grade purified spherical graphite (PSG). The reserve supports a 40-year mine life. The company's downstream Battery Anode Material strategy uses a proprietary HF-free purification process achieving 99.98% purity, providing a cleaner and lower-cost alternative to the hydrofluoric acid purification standard in China.

The project holds Australian Federal Major Project Status and a conditional A$185 million loan from Export Finance Australia under the Critical Minerals Facility. A PSG demonstration facility in Adelaide produced qualified material for customer sampling in 2025. Renascor's fully Australian project — ore, processing, and anode material production all within South Australia — positions it as a natural beneficiary of supply chain diversification policies in Japan, Korea, and Europe.

ASX

$104M

Natural Graphite

Siviour Graphite Project (100%) — 16.8Mt proven reserve at 8.2% TGC in South Australia; PSG facility planned for Koppio SA
Zentek
ZEN.V $81M 🇨🇦 Canada 🇨🇦 Canada Graphene — Hydrothermal Development Graphene
Zentek
HQ: 🇨🇦 Canada Segment: Graphene Phase: Development Type: Graphene — Hydrothermal Country: 🇨🇦 Canada

Zentek is a TSXV and NASDAQ-listed graphene IP development and commercialization company based in Guelph, Ontario. The company has pivoted from its roots as a graphite mineral explorer — it holds 100% of the Albany Graphite Project in Northern Ontario, a rare hydrothermal graphite deposit capable of producing ultra-high-purity graphite at >99.9% Cg — toward a platform for graphene-based technology applications. Zentek's commercial focus has narrowed to ZenGUARD, a graphene-silver antimicrobial coating for surgical masks and HVAC filter media; ZenARMOR, a graphene oxide-based corrosion inhibitor for aviation coatings; and Albany Graphite Corp, a subsidiary advancing the Albany project toward a pre-feasibility study.

Revenues remain very small — approximately C$872,000 in fiscal 2025 — and the company is pre-profitability, funded by equity raises and government grants. Zentek's investment case is primarily a bet on graphene commercialisation in industrial and defence applications rather than battery materials, distinguishing it from most others on this list.

TSXV

$81M

Graphene

Albany Graphite Project (100%) — hydrothermal graphite in Ontario Canada; ZenGUARD and ZenARMOR graphene IP
Quantum Graphite
QGL.AX $81M 🇦🇺 Australia 🇦🇺 Australia Natural Graphite — Flake Development Natural Graphite
Quantum Graphite
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇦🇺 Australia

Quantum Graphite is an ASX-listed developer advancing the Uley 2 flake graphite project on South Australia's Eyre Peninsula — one of the largest known high-grade natural flake graphite deposits in the world, built on the site of the century-old Uley mine. The project holds a JORC Ore Reserve of 4.0 Mt at 11.89% TGC for Stage 1, with substantial resource expansion potential. A completed DFS targets production of at least 100,000 tpa of high-purity coarse flake graphite from a fully permitted site at projected capital cost of approximately A$95 million.

Quantum received Australian Federal Major Project Status in March 2025. The company holds a binding offtake with Swiss trading group MRI Trading AG for 50% of Stage 1 production, with a further 20% committed to Sunlands Energy for graphite-based battery anode material. Uley 2's coarse flake size distribution and high TGC grade are significant differentiators — large and jumbo flake commands a substantial price premium over the fine flake that dominates Chinese supply — and the project's permitted status and existing infrastructure reduce development risk relative to greenfield peers.

ASX

$81M

Natural Graphite

Uley 2 Graphite Project (100%) — 4.0Mt reserve at 11.89% TGC in South Australia; DFS complete
EcoGraf Ltd
EGR.AX $71M 🇦🇺 Australia 🇹🇿 Tanzania Natural Graphite — Flake Development Natural Graphite
EcoGraf Ltd
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇹🇿 Tanzania

EcoGraf is an ASX-listed battery anode materials company building a vertically integrated graphite business spanning upstream mining in Tanzania, midstream mechanical shaping, and downstream HF-free purification facilities. The company's upstream asset is the Epanko Graphite Project in Tanzania — one of Africa's largest development-ready natural flake graphite deposits at 290.8 Mt at 7.2% TGC. EcoGraf's most distinctive asset is its proprietary EcoGraf HF-free purification technology, patented in the US and Australia, which reduces operating costs by approximately 34% versus conventional processing and delivers a carbon footprint of 5–10.6 kg CO₂/kg, achieving purities up to 99.99% C.

A Product Qualification Facility at Kwinana, Western Australia (5,000 tpa initial, expandable to 20,000 tpa) is the company's near-term commercial focus, with customer qualification trials ongoing using third-party feedstock ahead of Epanko coming online. The HF-free technology has attracted interest from battery manufacturers and governments seeking cleaner anode material supply chains, and has been validated through qualification programs with multiple Tier 1 battery customers.

ASX

$71M

Natural Graphite

Epanko Graphite Project (100%) — 290.8Mt at 7.2% TGC in Tanzania; EcoGraf HF-free purification facility at Kwinana WA
Leading Edge Materials
LEM.V $55M 🇨🇦 Canada 🇸🇪 Sweden Natural Graphite — Flake Development Natural Graphite
Leading Edge Materials
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇸🇪 Sweden

Leading Edge Materials is a Canadian micro-cap developer holding a portfolio of European critical raw material assets, most relevantly for graphite investors the fully built and permitted Woxna Graphite Mine in central Sweden — one of the only production-ready graphite facilities in the Western world outside China. Woxna has nameplate capacity of approximately 10,000 tpa of natural flake graphite concentrate at 94–97% Cg, is fully permitted, and has previously been in commercial operation. The company is actively evaluating a restart and completed updated metallurgical testwork in 2025, working with an engineering consultant on a restart study.

The portfolio also includes the Norra Kärr Heavy Rare Earth Element project in Sweden — one of Europe's most significant HREE deposits — for which Leading Edge is advancing permitting. The combination of a restart-ready graphite mine and a strategic HREE project in a politically stable EU jurisdiction makes Leading Edge an unusual asset-backed micro-cap play on European critical mineral supply chain development, though the company's small market cap reflects the financing and execution risks of restarting both assets.

TSXV

$55M

Natural Graphite

Woxna Graphite Mine (100%) — 10ktpa nameplate fully permitted in central Sweden; Norra Kärr HREE project Sweden
NextSource Materials
NEXT.TO $53M 🇨🇦 Canada 🇲🇬 Madagascar Natural Graphite — Flake Production Natural Graphite
NextSource Materials
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Production Type: Natural Graphite — Flake Country: 🇲🇬 Madagascar

NextSource Materials is a TSX-listed battery materials company that has achieved first production at its Molo Graphite Mine in southern Madagascar — one of the largest and highest-quality graphite deposits in the world and the only known source of SuperFlake® graphite, a proprietary grade with natural carbon purity of 94–97% Cg achievable with simple flotation. Phase 1 production commenced in June 2023, with first commercial shipments in October 2024 to customers in Germany and the United States.

The company is operating in campaign production mode following disruptions from three cyclones and milling circuit inefficiencies identified in early 2025, limiting current plant capacity to approximately 11,000 tpa. NextSource has pivoted its downstream Battery Anode Facility strategy toward the US market, targeting a modular facility in the southeastern United States to process Molo concentrate into battery-grade anode material, and is engaged in qualification trials with North American battery manufacturers.

TSX

$53M

Natural Graphite

Molo Graphite Mine (100%) — SuperFlake® graphite in southern Madagascar; BAF downstream facility planned
Westwater Resources
WWR $52M 🇺🇸 United States 🇺🇸 United States Natural Graphite — Flake Development Natural Graphite
Westwater Resources
HQ: 🇺🇸 United States Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇺🇸 United States

Westwater Resources is a NYSE American-listed battery-grade natural graphite developer advancing a fully vertically integrated domestic graphite supply chain in Alabama. The company's two-asset strategy centres on the Kellyton Graphite Processing Plant — a US$245 million facility currently under construction in Kellyton, Alabama, designed to produce approximately 7,500 tpa of battery-grade coated spherical purified graphite (CSPG) at Phase 1 — and the Coosa Graphite Deposit, the largest known natural flake graphite resource in the contiguous United States, with 26 million short tons of indicated resources at 2.89% Cg approximately 50 kilometres from Kellyton.

As of early 2026, the Kellyton plant is in the equipment installation and optimisation phase, with a qualification line producing CSPG samples for customer qualification trials. Westwater holds a US$76.6 million DOE grant for the Kellyton plant. The company's fully domestic Alabama supply chain — mining, processing, and anode material production all within the continental US — positions it as a direct beneficiary of IRA domestic content requirements and Department of Defence supply chain security priorities.

NYSE American

$52M

Natural Graphite

Coosa Graphite Deposit (100%) — 26Mt indicated at 2.89% Cg in Alabama; Kellyton CSPG processing plant under construction Alabama
Blencowe Resources
BRES.L $43M 🇬🇧 United Kingdom 🇺🇬 Uganda Natural Graphite — Flake Development Natural Graphite
Blencowe Resources
HQ: 🇬🇧 United Kingdom Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇺🇬 Uganda

Blencowe Resources is an AIM-listed graphite developer advancing the Orom-Cross Graphite Project in northern Uganda — the country's most advanced graphite project and one of the few globally to hold a 21-year mining licence. The project is characterised by near-surface, free-dig saprolite mineralisation requiring no drilling or blasting, consistently producing concentrate grading 96–97% TGC upgradeable to 99.99% TGC. A DFS is targeted for publication in early 2026, funded in part by a US$5 million technical grant from the US International Development Finance Corporation.

Blencowe is engaged in the European battery supply chain through the EU SAFELOOP consortium, where Orom-Cross graphite achieved 99.98% purity and passed electrochemical qualification in cells produced by a European battery manufacturer. The DFC grant, EU consortium engagement, and 21-year mining licence represent meaningful de-risking for an early-stage AIM-listed developer, and Uganda's political stability relative to peers in the DRC or Guinea is a comparative advantage for Western offtake counterparties with ESG requirements.

LSE

$43M

Natural Graphite

Orom-Cross Graphite Project (100%) — 21-year mining licence in Uganda; DFS in progress
Northern Graphite Corp
NGC.V $14M 🇨🇦 Canada 🇨🇦 Canada 🇳🇦 Namibia Natural Graphite — Flake Production Natural Graphite
Northern Graphite Corp
HQ: 🇨🇦 Canada Segment: Natural Graphite Phase: Production Type: Natural Graphite — Flake Country: 🇨🇦 Canada 🇳🇦 Namibia

Northern Graphite Corporation is the only operating flake graphite producer in North America and is advancing a mine-to-battery strategy spanning mining, processing, and Battery Anode Material (BAM) production across Canada, Namibia, and Europe. The company's primary producing asset is the Lac des Îles (LDI) mine in Québec — acquired from Imerys in 2022 — which was placed into temporary care and maintenance in November 2025 following a bearing failure in the mill, with restart and a major pit expansion underway in early 2026, funded in part by a C$6.2 million federal government contribution.

Northern also owns the fully permitted Okanjande mine in Namibia, on care and maintenance but targeting a restart in 2026. Downstream, Northern's Battery Materials Group operates a laboratory in Frankfurt for BAM qualification work. The company's multi-jurisdictional operating portfolio and active BAM development program position it as a potential full supply chain integrator, though the simultaneous care-and-maintenance status of both producing mines in early 2026 highlights the operational challenges facing high-cost Western graphite producers in a low-price environment.

TSXV

$14M

Natural Graphite

Lac des Îles Mine (100%) — Québec Canada (care & maintenance restart 2026); Okanjande Mine (100%) — Namibia (care & maintenance); BAM lab in Frankfurt Germany
International Graphite
IG6.AX $7.2M 🇦🇺 Australia 🇦🇺 Australia Natural Graphite — Flake Development Natural Graphite
International Graphite
HQ: 🇦🇺 Australia Segment: Natural Graphite Phase: Development Type: Natural Graphite — Flake Country: 🇦🇺 Australia

International Graphite is an ASX-listed downstream graphite processing developer building Australia's first commercial graphite micronising facility at Collie in Western Australia, with a longer-term vertical integration strategy anchored by its 100%-owned Springdale Graphite Project near Hopetoun, WA (49.3 Mt at 6.5% TGC, the second-largest graphite deposit in Australia). The company's approach is deliberately modular and capital-light: establishing downstream processing operations first using third-party concentrate feedstock, before connecting Springdale as long-term feedstock supply.

The Collie Micronising Facility — targeting Stage 1 output of 4,000 tpa at A$6.3 million capital cost — secured development approvals in Q4 2025 with production targeted for 2027. A qualification-scale facility is producing samples for customer qualification trials with Japanese and Korean battery manufacturers. International Graphite's downstream-first strategy reduces initial capital requirements and allows the company to build customer relationships and qualification data before committing to the larger upstream capital expenditure at Springdale.

ASX

$7.2M

Natural Graphite

Collie Micronising Facility (100%) — 4ktpa Stage 1 in Western Australia; Springdale Graphite Project (100%) — 49.3Mt at 6.5% TGC in WA
Graphex Group
6128.HK $6.2M 🇨🇳 China 🇨🇳 China Natural Graphite — Spherical Production Downstream Processor
Graphex Group
HQ: 🇨🇳 China Segment: Downstream Processor Phase: Production Type: Natural Graphite — Spherical Country: 🇨🇳 China

Graphex Group is a Hong Kong-listed graphite processing and anode material company with over a decade of commercial-scale production experience in China and an ambition to build a parallel mine-to-battery supply chain in North America through its US subsidiary, Graphex Technologies LLC, headquartered in Warren, Michigan. The company operates spherical graphite and coated spherical graphite production in Qingdao, Shandong Province, China, with current nameplate capacity of approximately 10,000 tpa and a stated expansion target of 50,000 tpa.

Graphex Technologies has signed a binding offtake with Syrah Resources for natural flake graphite feedstock and non-binding MOUs with EV OEMs and battery manufacturers for proposed North American facilities. Graphex's American depositary shares were delisted from NYSE American in May 2025 after the company failed to file its 2023 Form 20-F on time, and the company terminated its US ADS programme with effect from July 14, 2026, leaving the Hong Kong ordinary shares as the only listed line. Its China-based production experience and US downstream ambitions position it as a bridge between Chinese processing expertise and Western supply chain demand, though its Hong Kong listing and China operations create geopolitical risk in the context of US-China trade tensions.

HKEX

$6.2M

Downstream Processor

Spherical graphite production in Qingdao China (10ktpa); Graphex Technologies US anode facility (planned) in Warren Michigan
Project phaseProductionDevelopment
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Graphite Stocks — Investor FAQ

Graphite is the single largest material by weight in a lithium-ion battery. Graphite is the dominant anode material in commercial lithium-ion EV cells, forming the negative electrode that stores and releases lithium ions. Silicon-blended, lithium-titanate and hard-carbon anodes exist but remain a small share of installed EV capacity. A typical EV battery contains roughly 50 to 100 kg of graphite depending on pack size, more than any other mineral input including lithium, cobalt, or nickel. The IEA's Global Critical Minerals Outlook 2026 projects total graphite demand rising by roughly 50% to 90% by 2040 across its scenarios, with batteries the main source of that growth. Unlike cobalt, where chemistry substitution is actively reducing demand, graphite's share of the anode is expected to remain dominant while silicon blends and sodium-ion hard carbon develop.
A graphite miner extracts ore from the ground and processes it into flake graphite concentrate — a bulk commodity product. A graphite anode material producer takes that concentrate and transforms it into a battery-ready product through particle shaping, purification to 99.95%+ carbon content, and surface coating. The economics are completely different: graphite concentrate sells for roughly US$400–900 per tonne depending on flake size and quality, while battery-grade anode material sells for US$3,000–6,000 per tonne. The processing steps between the two represent most of the margin in the graphite value chain — and almost all of that processing currently happens in China. Companies that can integrate mining and anode processing outside China are targeting the high-margin end of the chain, but face correspondingly higher capital requirements and technical execution risk.
Graphite prices collapsed from their 2022 peaks and have remained depressed through 2024 and 2025, primarily because Chinese producers expanded processing capacity far faster than global demand grew. This drove battery-grade graphite prices down by 50–70% from peak, forcing several major projects into care and maintenance — including Syrah's Balama mine — and making it extremely difficult for Western developers to reach Final Investment Decision at current prices. Recovery depends on Chinese capacity rationalisation, continued EV demand growth, and the ability of non-Chinese projects to secure qualified customers and financing. Trade remedies have not so far provided that support in the United States: the Department of Commerce made final affirmative dumping and subsidy determinations on Chinese active anode material in February 2026, but the US International Trade Commission reached a negative final injury determination on March 12, 2026, so no antidumping or countervailing duty order was issued.
China controls approximately 80% of natural graphite mine production, over 90% of graphite processing, and more than 95% of synthetic graphite anode manufacturing. That dominance extends through every stage of the value chain: a company that mines graphite in Africa or Australia still typically has to send material to China for processing into battery-grade anode material, because almost no commercial-scale processing capacity exists elsewhere. The gap between the two ends of the chain is widening rather than closing. The IEA's Global Critical Minerals Outlook 2026 projects China's share of mined natural graphite falling from 80% in 2025 to 53% by 2035 as new flake mines come online in Africa, Canada and Brazil, while its share of battery-grade supply falls only from 94% to 91% over the same decade. New mines outside China therefore do not, on their own, diversify the supply chain. This creates a vulnerability that governments in the US, Europe and Australia have identified as a strategic risk. China demonstrated its willingness to use the leverage with graphite export controls in late 2023 and 2024, and again in October 2025, when it extended controls to graphite anode materials and to anode production equipment as part of a broader package covering the lithium-ion battery supply chain. Those October 2025 measures were suspended for one year in November 2025, to November 2026, so the restriction is deferred rather than withdrawn. That geopolitical context is the primary reason Western governments are funding domestic graphite projects so heavily.

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Key Terms
Full Glossary →

The finished, battery-ready graphite product that is coated onto copper foil to form the negative electrode (anode) of a lithium-ion battery cell. Producing AAM requires raw graphite concentrate to be processed through multiple steps: micronising (reducing particle size), spheronising (mechanically shaping flakes into spherical particles to improve packing density), purifying (removing impurities to at least 99.95% carbon), and carbon coating (applying a thin pyrolytic carbon layer to improve first-cycle efficiency and cycle life). AAM is the final product that battery cell manufacturers purchase and apply directly; it commands a significant price premium over raw graphite concentrate. Most companies on this page are targeting AAM or its equivalents (CSPG — coated spherical purified graphite; PSG — purified spherical graphite) as their end product. The ability to produce qualified AAM outside China is the central strategic and commercial challenge of Western graphite supply chain development.
The three primary forms of naturally occurring graphite. Flake graphite is the form relevant to virtually every battery-focused developer on this page: it occurs as discrete platy crystals within metamorphic rock, has high crystallinity and purity, and is the preferred feedstock for spherical graphite and battery anode material. Flake size matters commercially — jumbo and large flakes command substantial premiums, while fine flake is more commodity-like. Amorphous graphite has a microcrystalline structure and lower purity, is used mainly in industrial applications like lubricants and pencils, and is not the principal feedstock for today's battery anode supply chain. Vein graphite (or lump graphite) is the rarest form, high-crystallinity and naturally high-purity, and Sri Lanka is the only country producing it commercially at scale. Its natural purity makes it attractive for battery and specialty applications with less intensive processing.
The two primary quality metrics used to describe a graphite deposit or concentrate. TGC (Total Graphitic Carbon, also expressed as % Cg) is the carbon content of the ore or concentrate and is the headline grade metric in resource estimates. Typical ROM ore grades range from around 2–12% TGC, with high-grade projects (Uley 2 at ~11.9%, Siviour at ~8.2%) commanding significantly better economics. Flake size is reported as the percentage of graphite particles above a given mesh size, with larger flakes commanding premium pricing: jumbo flake (+32 mesh, >500 microns) can sell for US$1,500–2,500/tonne or more, while fine flake (-100 mesh) trades near commodity levels of US$400–600/tonne. Both metrics directly drive project economics — a project with high TGC and a coarse flake size distribution will have lower processing costs and higher revenue per tonne than a fine-flake, low-grade peer.
The two distinct types of graphite used in battery anodes, produced by entirely different means with different cost and performance profiles. Natural graphite is mined from the earth and processed from ore through flotation and shaping into battery-grade CSPG. Synthetic graphite is manufactured by heating petroleum coke or coal tar pitch to temperatures above 2,500°C over several weeks — an energy-intensive process producing a higher-purity, more consistent product. Natural graphite is lower cost to produce at scale, while synthetic offers tighter consistency and is favoured where fast charge and cycle life dominate the specification; the choice follows cell design, cost and emissions rather than a simple performance ranking. Synthetic has been taking share, and the IEA reports that anode active material production inside China, which supplies most of the world, is now almost entirely synthetic. The distinction matters for investors because it defines the competitive landscape: natural graphite producers compete with Chinese miners and processors, while synthetic anode producers such as NOVONIX compete with Chinese chemical manufacturers and face high energy and capital costs. GrafTech, also covered on this page, makes synthetic graphite electrodes for electric arc furnaces rather than battery anode material.
A critical performance metric for battery anode material that measures the percentage of lithium ions successfully returned from the anode on the first discharge cycle versus the total inserted on the first charge. Lithium that does not return is permanently lost to the battery, reducing overall cell energy density. Typical graphite anode material achieves FCE of 92–95%. FCE is one of the primary qualification metrics that battery manufacturers use to evaluate anode material from new suppliers — a key reason why the qualification process for new ex-China anode material suppliers can take 12–24 months or more. Producing graphite that is chemically pure is not sufficient to win a customer: the material must pass electrochemical qualification tests including FCE, cycle life, rate capability, and safety testing before any volume offtake can begin.
The midstream steps that turn mined flake graphite into battery-grade anode material. Flake is milled into rounded particles (spheroidisation), purified, then surface-coated to improve first-cycle efficiency and cycle life. Yields are low, with much of the input flake becoming fine by-product, which is why battery-grade capacity is far scarcer than mine capacity. This is where China's dominance actually sits: the IEA projects China's share of mined natural graphite falling from 80% in 2025 to 53% by 2035, while its share of battery-grade supply falls only from 94% to 91%.

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