Atlas offers two advanced electrode manufacturing processes:
Designed to enhance energy storage performance while reducing environmental impact, these processes eliminate the need for solvents, enabling a more cost-efficient, scalable, and eco-friendly production method. They improve material utilization, reduce processing time, and deliver high-performance electrodes with superior energy density, cycle life, and thermal stability—ensuring cutting-edge solutions for next-generation supercapacitors and battery technologies.
Our dry-electrode technology streamlines manufacturing by eliminating the need for liquid-phase processing, allowing for direct powder-to-film electrode fabrication. This innovative approach reduces production complexity, and enhances safety, making it a highly efficient and scalable solution for high-performance energy storage applications.
Our water-based electrode coating technology replaces traditional NMP-based solvents with an environmentally safe alternative, significantly lowering emissions, enhancing workplace safety, and simplifying compliance with stringent environmental regulations. This process also enables ultra-high electrode loading, maximizing energy density and efficiency, and providing a backward-compatible, drop-in solution for both new and existing battery production facilities—delivering substantial cost savings and improved manufacturing scalability.
Atlas' Process Offers Benefits and Savings;
Find out how to cut costs, eliminate solvents, and scale sustainably—license Atlas’ solvent-free electrode technology today.