Price action: the anomaly persists. The graphite market is telling two different stories depending on which grade you buy. On one side, natural flake graphite (94% C, -100 mesh) remains near multi-year lows at approximately $347/t FOB China. One year after China imposed graphite export controls in December 2024, the expected price surge for natural flake never materialized. Supplies from Mozambique and other African sources have filled the gap, keeping the feedstock market oversupplied.
On the other side, spherical graphite (battery-grade, Shandong, SMM benchmark) sits at ~$1,728/t, reflecting the value-add from milling, spheronization, and purification. And synthetic graphite anode materials — which dominate the battery anode market with >72% market share — are trading at $4,200-6,600/t for high-end grades, with Benchmark Minerals noting a 'clear divergence' where synthetic AAM (artificial anode material) prices firmed on stronger demand and higher feedstock costs while natural AAM remained range-bound.
China's export controls: much ado about limited impact
China's December 2024 export controls on graphite — requiring licenses for exports of certain natural flake, spherical graphite, and synthetic graphite products — were widely expected to tighten global supply and lift prices. The rationale was sound: China controls ~90%+ of global anode material production and nearly all graphitization capacity. But the market response has been muted.
Two factors explain the non-event. First, the controls did not apply to all graphite products. Many downstream and processed forms remained exportable under license, and the licensing process has proven less restrictive than anticipated. Second, non-Chinese supply has ramped faster than expected. Mozambique's Balama mine produced over 100,000 tonnes of flake graphite in 2025, providing an alternative source for ex-China battery supply chains. Tanzania, Madagascar, and Brazil have also increased output, though at smaller volumes.
The result: global flake graphite remains well-supplied, and prices have not recovered to the levels that would incentivize new mine development outside China. This is good news for anode producers but problematic for Western graphite mining projects that need higher prices to reach final investment decisions.
Synthetic graphite: the dominant and tightening channel
Synthetic graphite's >72% market share of battery anodes reflects its superior performance characteristics — higher purity, better cycling stability, and more consistent particle size distribution. The trade-off is cost: synthetic anode materials cost 12-20x more than raw natural flake on a per-tonne basis.
The synthetic anode market is tightening for a specific reason: graphitization capacity. The process of heating carbon precursors to 2,800-3,000°C to achieve graphitic structure is energy-intensive and concentrated in China. Export controls and energy cost increases in China have made graphitization more expensive and less available. This is the real bottleneck in the synthetic anode supply chain, not the feedstock itself.
Benchmark Minerals reported in Q2 2026 that synthetic graphite AAM prices firmed on stronger demand from the battery sector and higher graphitization feedstock costs. The synthetic graphite anode material market is valued at approximately $6.8 billion in 2025 and projected to reach $18.4 billion by 2034 (11.7% CAGR).
Demand: battery growth vs substitution risk
Global graphite demand for battery anodes continues to grow, driven by EV production and energy storage deployment. But the demand channel is not monolithic. Natural graphite faces headwinds from two directions: synthetic graphite's performance advantage for premium batteries, and silicon anode development that could reduce graphite intensity per battery over the long term.
The U.S. Inflation Reduction Act and the EU Critical Raw Materials Act are both driving demand for non-Chinese graphite supply chains. This is creating a premium for battery-grade natural graphite that is certified as ex-China and processed outside China. That premium is still small in absolute terms but growing as OEMs seek supply chain diversification.
Forward outlook: bifurcation deepens
Expect the divergence to widen. Synthetic graphite will continue to firm as graphitization capacity tightens and premium battery demand grows. Natural flake will remain oversupplied until ex-China mine capacity is absorbed by new ex-China anode production. The inflection point is likely 2027-2028, when announced ex-China anode facilities in the US, Europe, and South Korea begin serial production and need consistent flake feedstock. Until then, flake prices will trade in a narrow, low range.
For spherical graphite — the processed form that sits between flake and anodes — the price trajectory depends on how quickly non-Chinese sphericalization capacity comes online. That is where the value capture in the natural graphite supply chain shifts from mining to processing, and where trade policy creates the most leverage.
Graphite procurement strategy in mid-2026 depends entirely on which segment you buy. For synthetic graphite anode buyers: lock in graphitization capacity now. The bottleneck is real and tightening. Term contracts with Chinese processors that include graphitization steps are more valuable than spot cargoes of synthetic raw material. For natural flake buyers: there is no urgency. The market is oversupplied and will remain so through 2027. Price negotiations should target levels slightly below current benchmarks. The exception is IRA-compliant natural flake — a small but growing premium market where buyers pay more for non-Chinese certification. For spherical graphite buyers: the value is in the processing step, not the feedstock. Consider toll-processing arrangements where you own the flake and pay for spheronization separately, rather than buying finished spherical graphite at the full marked-up price. Monitor LMFP cathode adoption — manganese-based chemistries have different graphite requirements than NMC or LFP, which could create sourcing shifts as LMFP scales.