Ending the greenwashing!
In a world full of sustainability promises, Novocycle delivers real impact. We don’t just talk circular economy—we enable it. Our recycled active materials for lithium-ion batteries are engineered from secondary sources with precision, performance, and purpose.
Unlike traditional recyclers that downcycle materials into low-value outputs, Novocycle regenerates high-performance recycled cathode materials, recycled anode materials, and recycled NMC that meet the demands of modern battery production. No shredding into dust. No inefficient hydrometallurgy. Just clean, direct-to-functionality material recovery.
This isn’t your average “green” solution. It’s a next-generation process designed for OEMs, gigafactories, and energy innovators who want to cut carbon, reduce cost, and stay ahead of EU regulations. Curious how it works? Explore our product range and discover why Novocycle is where circular meets high-performance.
Our Novocycle Active Material Collection
100% recycled content.
Why recycled Material?
Recycled materials are the future of sustainable lithium-ion battery production. At Novocycle, we believe in a circular battery economy—one where recycled active material can match or even outperform virgin raw materials in both cost and performance.
By using recycled cathode material and recycled anode material, we reduce the environmental footprint of battery manufacturing, lower dependence on mining, and create a more resilient supply chain. Our proprietary process enables the recovery and regeneration of high-quality materials like recycled NMC (Nickel Manganese Cobalt), preserving their active properties without downcycling them into base elements.
Choosing recycled material doesn't just make environmental sense—it delivers real business value. With growing demand from EVs, e-bikes, and energy storage systems, high-performance recycled NMC cathode and graphite anode materials help manufacturers meet ESG goals, reduce costs, and avoid raw material volatility.
Join us in shaping the future of energy storage with circular, scalable, and smart material offers.