SPG-15EPremium Synthetic Graphite
High-performance synthetic graphite for EV battery anodes. Superior capacity retention, fast charging capability, and exceptional cycling stability for next-generation energy storage.
Battery Performance
Superior Battery Performance
Engineered for high-capacity EV batteries and energy storage systems
High Energy Density
365 mAh/g specific capacity enables higher energy density battery packs for extended EV range.
Fast Charging
Optimized particle morphology and surface area enable rapid lithium-ion intercalation.
- 2C charging capability
- Low impedance growth
- Thermal stability
- Minimal lithium plating
Cycle Longevity
Exceptional cycling stability maintains 93.8% capacity retention after 1000 full cycles.
Material Properties
| Type | Synthetic Graphite |
| Specific Capacity | 365 mAh/g |
| First Cycle Efficiency | 94.2% |
| D50 Particle Size | 15.2 µm |
| Tap Density | 1.15 g/cm³ |
| BET Surface Area | 3.2 m²/g |
| Minimum Order | 500 kg |
Manufacturing Excellence
Precision Engineering
Advanced synthetic graphitization process creates optimal crystal structure for maximum lithium storage capacity and cycle stability.
Surface Optimization
Controlled surface chemistry and porosity ensure optimal SEI formation and minimize irreversible lithium consumption.
Quality Control
Rigorous testing including electrochemical performance, particle size analysis, and impurity control ensures consistent battery performance.
Energy Storage Applications
EV Batteries
High-capacity anodes for electric vehicle battery packs
Grid Storage
Large-scale energy storage for renewable grid integration
Consumer Electronics
High-performance batteries for portable devices
Energy Recovery
Regenerative braking and energy harvesting systems
Performance Comparison
Natural Graphite
SPG-15E
Silicon Composite
Power the Future of Energy Storage
Discover how SPG-15E synthetic graphite can enhance your battery performance with superior capacity, cycling stability, and fast charging capability.