Anode Material Production for Lithium-Ion Battery (LIB): Battery-Grade Innovation
As a critical component that directly impacts charging speed, cycle life, energy density, and low-temperature performance, synthetic graphite anode material plays a central role in battery performance. Our expertise spans process design, technology selection, material optimization, equipment integration, and full facility deployment — enabling scalable, high-performance anode material production aligned with next-generation battery requirements.
Our Approach
We provide comprehensive engineering and project development support for synthetic graphite anode material production facilities for Lithium-Ion Batteries (LIB). Our expertise covers process selection, technology evaluation, FEED, detailed engineering, equipment specification, plant optimization, and production process development, ensuring both technical performance and economic efficiency.
- Raw Material Selection & Purification
- Milling & Classification
- Shaping (Spherodization)
- Graphitization
- Purification
- Carbon Coating
- Carbonization & Heat Treatment
- Jet Milling
- Final Classification
- Demagnetization
- Blending & Homogenization
- Quality Control
- Packaging & Dispatch
