China controls over 65% of global natural graphite production and introduced export licensing requirements in October 2023. Sri Lankan vein graphite — mined at the Ragedara mine for over 300 years — is entirely outside this framework. A fully traceable, EU-compliant, high-purity alternative.
In October 2023, China's Ministry of Commerce introduced mandatory export licensing requirements for natural graphite — including high-purity flake graphite and spherical graphite used in battery anodes. This followed earlier restrictions on graphite-related processing technologies and represented a significant escalation in China's use of critical mineral supply as a geopolitical lever.
The impact for European manufacturers has been immediate and ongoing:
The European Commission has classified graphite as a Critical Raw Material under the EU Critical Raw Materials Act — acknowledging that Europe's 100% import dependency on natural graphite, combined with China's dominant market position, represents a strategic vulnerability.
Graphite is explicitly listed as a critical raw material under the EU CRM Act, which targets no more than 65% of any critical material from a single third country. Currently, European natural graphite sourcing is approximately 85–90% dependent on China.
Sri Lanka is the world's only commercial producer of vein graphite — a geologically distinct material formed from hydrothermal carbon precipitation rather than metamorphic processes. Known historically as Ceylon graphite, it has been exported continuously since the 18th century, making it one of the most traceable mineral supplies in the world.
Ceylon graphite from the Ragedara mine is:
| Property | Ceylon Vein (Sri Lanka) | Flake (China / Africa) | Synthetic |
|---|---|---|---|
| Natural purity | 90–99.5% Cg | 80–98% Cg (pre-treatment) | >99% (after processing) |
| Purification required | No | Yes — acid treatment | Intensive processing |
| China supply exposure | None | High (65–90% Chinese origin) | High (dominant Chinese production) |
| Source traceability | Single mine, full CoA | Multiple mines, variable | Petroleum coke origin |
| Crystallinity | Very high | High (grade dependent) | Controlled |
| Carbon footprint | Low (underground, no chemicals) | Medium (flotation, chemicals) | High (energy intensive) |
| EU CRM Act compliance | Fully diversified source | Concentrated risk | Concentrated risk |
For procurement managers operating under EU supply chain due diligence requirements, ESG reporting mandates, or internal supplier qualification processes, we provide a comprehensive documentation package with every shipment:
Our G-98, G-99, and G-99.5 grades are suitable for battery anode precursor applications. High crystallinity, low metallic impurities, and full traceability documentation supporting EU battery regulation requirements.
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