Decarbonization included
Graphite is the biggest component of EV batteries, typically accounting for about 50-70 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.
Conventional anode graphite is a major source of an EVs total CO2 footprint, with an average of 20 kg emissions per kilogram of anode material. Vianode advanced anode graphite offers a verified footprint of only 1.9 kg CO2/kg.
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 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.
Product portfolio
The Vianode product portfolio is strategically organized into three distinct categories, providing a solid foundation for customized product development and innovation tailored to meet customer needs.
Sprinter - Anode graphite refined for the fastest charging.
Voyager - Our long-range, high-density anode graphite.
Cruiser - Optimally balanced anode graphite for charging speed and driving range.
Vianode's research team is also spearheading the efforts in creating a circular graphite economy with recycled anode graphite.