GRAPHITE MARKET
China share~78% of world natural graphite · 2024
Refining>90% of global graphite processed in China
AnodeGraphite >95% of EV anode material
Per EV50–100 kg graphite · no substitute
North America<1% of mine supply · US produced none in 2024
Spherical graphite99% made in China
Export controlsChina expanded licensing · Nov 2025
China share~78% of world natural graphite · 2024
Refining>90% of global graphite processed in China
AnodeGraphite >95% of EV anode material
Per EV50–100 kg graphite · no substitute
North America<1% of mine supply · US produced none in 2024
Spherical graphite99% made in China
Export controlsChina expanded licensing · Nov 2025
The graphite supply gap · Western battery independence

The West needs
graphite. One country
controls the supply.

Graphite is the largest single component of every lithium-ion battery — over 95% of anode material, with no commercial substitute. China produced roughly 78% of the world's natural graphite in 2024 and refines more than 90% of it. North America produced almost none. Graphite Marketing covers that gap, and the projects working to close it.

Why it matters →
MARKET SNAPSHOT 2024–25
China mine share
78%
Natural graphite · 2024
China refining
90%+
Global processing
Anode content
95%+
Of EV anode material
US mine output
0
Tonnes in 2024
China · natural graphite mined~78%
China · graphite refining>90%
China · spherical graphite99%
Sources: USGS Mineral Commodity Summaries 2025; IEA; Benchmark Mineral Intelligence. Figures are the most recent full-year data available.
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78%
Of the world's natural graphite was mined in a single country in 2024. North America produced under 1%, and the United States produced none. That is not a market condition — it is a structural vulnerability.
95%+
Of every EV battery anode is graphite — the largest component by mass. No commercial substitute exists in any mainstream chemistry. Demand grows with every vehicle and every grid-storage system built.
4×
The scale of battery-grade graphite demand growth this decade as electrification accelerates. Supply outside China is the constraint — and the opportunity for Western projects and the capital behind them.
What graphite is

The material
inside every battery.

Before capital flows to a graphite project, it helps to understand what makes this mineral different — and why not all graphite is equal. The distinctions below decide which deposits matter to the battery supply chain.

C
Natural crystalline carbon
Graphite is a naturally occurring form of crystalline carbon. Natural flake graphite is formed by geological processes over millions of years — unlike synthetic graphite, which is manufactured by heating petroleum coke to extreme temperatures at high energy and carbon cost.
⬡
Why flake specifically
Flake graphite occurs as flat, plate-like particles in metamorphic rock. Its layered structure lets lithium ions intercalate — move in and out during charging — which is the fundamental electrochemical process that makes a lithium-ion battery work. It is the preferred feedstock for anode production.
↑
Why large flake commands a premium
Flake is graded by particle size: fine, medium, large, jumbo. Large flake is the preferred feedstock for spherical graphite — the highly processed form used in battery anodes — and commands a significant price premium. Flake size distribution is a core determinant of a deposit's value.
♻
Provenance and ESG
Synthetic graphite carries a carbon footprint two-to-five times higher than natural graphite. Deposits in low-carbon-power jurisdictions can be processed with some of the lowest Scope 2 emissions globally — decisive for European and North American manufacturers under strict ESG and origin mandates.
The supply gap

One country holds
the whole chain.

Graphite is not a distributed market like lithium or nickel. China dominates every stage — from the mine, through refining, to the finished anode material that goes into cells. For battery makers in the West, that concentration is the single largest supply-chain risk in the entire critical-minerals landscape.

Mined natural graphite
~78%
Refined / processed graphite
>90%
Spherical graphite
99%
Anode active material
~93%

China's share of each stage of the graphite anode supply chain. Sources: USGS (2024 mine production); CSIS and IEA (refining); Benchmark Mineral Intelligence (spherical graphite and anode material).

"For graphite anode material… supply options outside China are extremely limited. If these supplies are disrupted, it could severely restrict the ability of the rest of the world to produce batteries."
International Energy Agency · October 2025
2023
China's first graphite export licensing regime takes effect — a signal of leverage over Western battery supply
Nov 2025
Expanded controls on lithium batteries and artificial-graphite anode material added to China's dual-use export list
93.5%
Provisional US anti-dumping duty on Chinese anode-grade graphite in 2025 — plus a 25% tariff on natural graphite from 2026
75%
Projected North American anode supply gap in 2030 absent new domestic and allied production (RMI)

Every figure sourced from public reporting: USGS, IEA, CSIS, US Department of Commerce, and RMI. This page is market commentary, not investment advice.

The response

Where the West
can build supply.

Closing the gap means bringing natural flake graphite into production in jurisdictions the battery supply chain can rely on. A handful of conditions decide where that capital lands — and Canada, and Québec in particular, sits at the intersection of all of them.

I
Stable, top-ranked jurisdictions
Strategic buyers underwrite political risk before geology. Québec ranks first or top-three globally in the Fraser Institute's Mining Survey — the established benchmark for jurisdictional attractiveness — making allied ground far easier to finance than higher-risk alternatives.
II
Low-carbon processing power
Natural graphite mined and processed on hydroelectric power carries some of the lowest Scope 2 emissions of any jurisdiction on earth. For European and North American manufacturers under origin and ESG mandates, provenance is not a nice-to-have — it is a purchasing requirement.
III
Policy and capital tailwinds
Refundable exploration tax credits, critical-mineral funding programs, tariffs on Chinese material, and reshoring mandates all push capital toward allied projects. The policy environment is actively subsidising the alternative to Chinese supply.
IV
Proximity to downstream
A North American anode supply chain is being built now — with planned processing capacity that needs regional feedstock. District-scale deposits within trucking range of that capacity are precisely what strategic acquirers are positioning to secure.
V
Infrastructure already in place
Deep-water port access, road and rail, and a built-out hydro grid mean feedstock can move to market without greenfield logistics spend. The Baie-Comeau and North Shore corridor already serves the region's resource economy.
VI
A financing system built for juniors
Canada's junior exchanges — the TSX-V and CSE — together with flow-through share financing give early-stage explorers a capital-raising path few jurisdictions can match. Mining-literate capital markets shorten the distance from discovery to development.
Graphite Marketing

Building the case
for Western graphite.

Graphite Marketing covers the projects building supply outside China. If you follow the critical-minerals space, are a project seeking coverage, or are a member of the press, start a conversation.

This is a request for information, not a solicitation or an offer to buy or sell any security.

Prefer email? info@graphite-marketing.com