Graphite & anode materials
Improve the process behind a consistent, qualified anode material.
Talk through your projectA graphite process has to meet demanding material specifications while remaining workable at manufacturing scale. We help teams developing natural graphite, synthetic graphite, and silicon-graphite materials connect process choices to product performance and production economics.
Follow the material through the process
Assess purification, particle engineering, thermal treatment, and coating in the context of the full flowsheet. An improvement in one operation must be evaluated against downstream performance, material losses, and production cost.
Build repeatability into pilot trials
Use a structured trial program to connect operating conditions with particle size distribution, purity, surface area, density, and electrochemical response. Establish practical operating windows and the measurements needed to maintain them.
Prepare for customer qualification
Align sampling, material characterization, and cell testing with the target customer's requirements. Keep the relationship between process settings and test results visible as the production rate changes.
Questions we often hear
Do you support both natural and synthetic graphite?
Yes. The scope can address natural graphite, synthetic graphite, or silicon-graphite composites, with the process and testing program tailored to the material and intended application.
Can you work with an existing pilot plant?
Yes. We can review the flowsheet, operating data, equipment constraints, and characterization results to identify an appropriate optimization program.
What do you need to begin?
A process description, available operating and characterization data, target product specifications, and the technical problem you want to resolve are useful starting points.
Related expertise
What’s standing between
your material and the market?
Let’s work through the technical and commercial questions together.