Largest Component in EV Batteries – Each lithium-ion battery requires 10-15 times more graphite than lithium, making it the single most used material in battery anodes.

Projected Supply Shortage – By 2030, there will be a 1.2 million-tonne deficit, increasing to 8 million tonnes by 2040.

Premium Over Synthetic Graphite – Natural graphite offers higher performance, lower carbon footprint, and better battery longevity compared to synthetic alternatives.

Renewable Energy Dependence – Graphite-based anodes are crucial for storing solar and wind power, making them integral to the green energy transition.

Solid-State Batteries – Next-gen solid-state battery technology relies on ultra-pure natural graphite to improve energy density and charge cycles.

Aerospace & Defense – Used in thermal management systems, missile components, and high-performance composites.

Semiconductors & Electronics – Essential for heat dissipation in smartphones, computers, and AI-powered devices.

Nuclear Energy Applications – High-purity graphite is used as a moderator in nuclear reactors due to its heat resistance and conductivity.

China Controls Over 65% of Global Graphite Supply – With tightening export policies, securing independent, ESG-compliant sources is now a priority for governments and corporations.

Rising Prices & Investment Potential – Increasing demand, regulatory policies, and supply chain constraints are driving up prices, making early investment in high-grade natural graphite a strategic opportunity.

High-performing batteries require at least 80% grade graphite  – Savala buyers purchase up to 99.9% graphite, the world’s finest quality. Graphite represents nearly 50% of the materials needed in every Li-ion battery

Natural vs. Synthetic  – Synthetic graphite can be substituted for natural graphite in batteries, however it is significantly more expensive, incurs more emissions and requires more energy to produce.

Sri Lankan sourced  – Sri Lanka was once the world’s largest graphite producing region and is the only country to mine ultra-pure highly crystalline vein graphite. Vein graphite is highly conductive and recommended for Nano Technology, Batteries, Lubricants, Graphene and a range of other purposes.