The solid and innovative strength of R&D leads to the sustaining growth of CSCC. Depending on highly qualified employees and advanced R&D equipment, CSCC continues to develop market oriented techniques and products to meet market demands, and also focuses on the advanced green energy and carbon materials fields.
The development of high capacity silicon carbon anode materials for lithium ion batteries can significantly increase battery energy density. The establishment of full cell pilot line can evaluate material characteristics and meet the demands of anode materials development for high energy and high power LIBs applications. Isotropic graphite can be used in electric discharge machining electrodes, continuous casting graphite, 3D hot bending glass, optical molds and so on.
- Small Particle size＜10µm
- MG10, MG30, UF1
- Surface Modification
- LR11C, MG10C, MG30C, UF1C
- Polyhedral type
- High capacity>350 mAh/g
- SiOx, Si/C inside
- BS series, capacity>450 mAh/g