Hard Carbon HCG-080Sodium-Ion Battery Anodes
Sustainable hard carbon for sodium-ion battery anodes. Superior cycling performance, fast charging capability, and eco-friendly manufacturing for next-generation energy storage.
Na-Ion Performance
Next-Generation Sodium-Ion Technology
Sustainable alternative to lithium-ion with abundant raw materials
High Capacity
320 mAh/g capacity for sodium-ion cells enables competitive energy density for grid storage applications.
Sustainable Source
Derived from renewable biomass precursors with 60% lower carbon footprint than conventional materials.
- Biomass-derived precursor
- Low-temperature processing
- Minimal chemical activation
- Carbon-negative process
Fast Charging
Optimized pore structure enables rapid sodium-ion transport for fast charging applications.
Material Properties
| Type | Hard Carbon |
| Na-Ion Capacity | 320 mAh/g |
| Initial Efficiency | 85.2% |
| D50 Particle Size | 8.5 µm |
| BET Surface Area | 450 m²/g |
| Tap Density | 0.95 g/cm³ |
| Minimum Order | 200 kg |
Process Innovation
Biomass Precursor
Sourced from sustainable agricultural waste streams, processed through controlled pyrolysis to create optimal pore structure for sodium storage.
Pore Engineering
Hierarchical pore structure optimized for sodium-ion transport, balancing capacity and rate capability for diverse applications.
Circular Economy
End-of-life recycling pathway enables material recovery and regeneration, supporting sustainable battery lifecycle management.
Sodium-Ion Applications
Grid Storage
Large-scale stationary energy storage for renewable integration
Commercial Vehicles
Cost-effective batteries for delivery trucks and buses
Backup Power
Reliable UPS systems and emergency power solutions
E-Bikes
Affordable batteries for electric bicycle applications
Sustainability Advantages
Environmental Impact
Resource Advantages
Sustainable Energy Storage Solutions
Discover the potential of sodium-ion technology with HCG-080 hard carbon. Sustainable, cost-effective, and high-performance for your energy storage needs.