Silicon-Based Anode Materials
Silicon-based anode materials play a crucial role in next-generation lithium-ion batteries. We provide silicon-oxide composite materials with large capacity, high initial performance, and long lifespan, and silicon-carbon composite materials with high charge-discharge efficiency. These materials offer core value in tools, power sources, and digital lithium-ion battery applications.
GS45
- GS45
- ITEMS
- 12.0±2.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- ≥1.0
- TAP (g/cm³)
- ≥450.0
- CAPACITY (mAh/g)
- 90.5±1.0
- EFFICIENCY (%)
GS50
- GS50
- ITEMS
- 12.0±2.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- ≥1.0
- TAP (g/cm³)
- ≥500.0
- CAPACITY (mAh/g)
- 90.0±1.0
- EFFICIENCY (%)
GS60
- GS60
- ITEMS
- 12.0±2.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- ≥1.0
- TAP (g/cm³)
- ≥600.0
- CAPACITY (mAh/g)
- 88.5±1.0
- EFFICIENCY (%)
SG43
- SG43
- ITEMS
- 10.0±15.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- 0.9-1.1
- TAP (g/cm³)
- ≥430.0
- CAPACITY (mAh/g)
- 93.5±1.0
- EFFICIENCY (%)
SG45
- SG45
- ITEMS
- 10.0±15.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- 0.9-1.1
- TAP (g/cm³)
- ≥450.0
- CAPACITY (mAh/g)
- 92.5±1.0
- EFFICIENCY (%)
SG50
- SG50
- ITEMS
- 10.0±15.0
- D50 (µm)
- ≤3.0
- SSA (m²/g)
- 0.9-1.1
- TAP (g/cm³)
- ≥500.0
- CAPACITY (mAh/g)
- 92.5±1.0
- EFFICIENCY (%)
