Powering better batteries through next-generation dry coating
30%
Cost Saving
70%
Carbon Saving Our technology
Anaphite’s technology platform combines all the key ingredients of a battery electrode into a single engineered material, optimised for high-speed dry-coating lines.
We use a chemistry focused approach. Our proprietary compositing processes, combined with low-energy processing, produce tailor formulated dry powders – we call this Dry Coating Precursor powder (DCP®).
Solving the challenges of industrial dry coating
Switching to dry battery electrode manufacturing, unlocks huge cost and CO₂ savings for OEMs and cell makers, but achieving it at scale is an enormous challenge. Our technology platform is a flexible and scalable solution that eliminates the barriers to cut costs and emissions, while enhancing electrode performance.
Formulation
Electrode active materials, conductive additives and binders are selected. These can be from customer’s existing bill of materials or formulated by Anaphite for specific performance outcomes.
Chemical Compositing
Our proprietary chemical compositing processes disperse the materials and attach them together for optimal microstructure.
DCP®
We use low energy processes to produce an engineered powder, ready for dry coating – DCP®.
The latest insights
From start-up to industry step-change: interview with Alex Hewitt, COO
Team Spotlight: James Davies
Team Spotlight: Gloria Bosi
Working with us
Anaphite works closely with the battery industry as a trusted dry coating development partner. With our in-house formulation process and coating capabilities, we co-develop DCP® dry coated electrodes customers.
We then rigorously test their mechanical and electrochemical performance, validating the DCP ® for pilot line testing and GWh-scale deployment.
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OEMs -
Cell Manufacturers -
Equipment makers -
Material suppliers