INTRODUCING GOODENOUGH ELECTRODES

Revolutionizing Cathode & Anode Manufacturing with Our Innovative Dry electrode Production Techniques

Introducing a groundbreaking advancement in battery manufacturing that will reshape the future of energy storage. At Pixion, we are pioneering methods of manufacturing, addressing the key limitations that have hindered the scaling up of battery production. Our techniques set us apart from other state of the art approaches including other in development dry processes.
The Challenge: Scaling Up Battery Production. As the demand for efficient, clean, and high-capacity batteries continues to soar, the industry faces a significant hurdle – the need to scale up battery manufacturing processes rapidly and sustainably. Traditional lithium-ion electrode manufacturing processes involve slurries made using hazardous solvents. The solvent drying and recovery steps demands significant Capex while requiring tremendous amounts of energy, thus adding to the cost of the battery. Moreover, the hazardous nature of these solvents limit the geographies where electrodes can be made.
A New Era of Electrode Manufacturing: At Pixion, we have successfully developed novel manufacturing techniques that revolutionizes the dry processing of electrodes. Our methods overcome the challenges faced by existing manufacturing approaches, enabling the efficient, cost-effective, sustainable, and scalable production of electrodes for Lithium-ion batteries.
LOWER CAPEX AND FLOOR SPACE

The Slurry coating, drying, and solvent recovery process need the most Capex and Floorspace. 

SUSTAINABLE

Traditional hazardous solvents aren’t used in the electrode production step, eliminating Greenhouse emissions.

LOWER OPERATING COSTS

The energy needs for the evaporation and recovery of the Solvent are completely eliminated thus reducing operating costs.

ENHANCED ENERGY DENSITY

Dry electrode manufacturing process permit the production of thicker electrodes, thereby enhancing energy density.

READY TO LEARN MORE ABOUT GOODENOUGH ELECTRODES?

Contact us today to learn more about our innovative solid-state Electrode production technique and explore partnership opportunities. Together, we can shape a cleaner, more efficient, and more sustainable future.