Decarbonization included

Graphite is the biggest component of EV batteries, typically accounting for about 50-100 kg of its weight. Choosing Vianode advanced anode graphite represents a huge potential to minimize battery CO₂ emissions.
The anode graphite to massively improve your CO₂ footprint and boost performance
Vianode is delivering high-quality, high performance anode graphite that meets the exact needs of manufacturers to build customized batteries. In addition, our unique technology sets the industry standard for low-carbon anode materials and circular value chains.

- The battery is the heart of every EV. Offering advanced anode graphite, with the right combination of high-performance, sustainability, and supply chain resilience, Vianode is perfecting the E in EVs.
Dr. Stefan BergoldCCO, Vianode
Our proprietary production
Vianode synthetic graphite
Advantages of Vianode graphite
Charge faster, go further
Our advanced anode graphite is ready to deliver on customer requirements, supporting fast charging times, high energy density, and a combination of both.
Exceed emission targets
Vianode's anode graphite is produced with about 90% lower CO₂ emissions than standard material, to exceed your emission targets and consumer expectations.
Ensure resilient supply chains
Local industrial scale manufacturing of critical battery materials ensures steady supply in North America and Europe.
Recycled graphite
Vianode's research team is also spearheading the efforts in creating a circular graphite economy with recycled anode graphite.
Graphite in EV batteries
- Charging speed: Li-ion battery charging speed is determined by the anode material; synthetic graphite allows quick and effective charging.
- Cycle life and longevity of the battery cell: Synthetic graphite enables long cycle life that is required by battery manufacturers.
- Safety: Synthetic graphite is the leading anode material today and is widely regarded as a thoroughly tested and proven anode material.
- Recyclability: Synthetic graphite is recyclable and recoverable from used batteries and can be repurposed for further use.

