Description
Coal-Derived Hard Carbon Anode Powder
High-Performance Carbonaceous Anode for Sodium-Ion and Lithium-Ion Battery Systems
Product Overview
The Coal-Derived Hard Carbon Anode Powder is a high-performance anode material specifically engineered for next-generation energy storage. Leveraging a unique non-graphitizable structure derived from coal precursors, this material offers expanded interlayer spacing ideal for the intercalation of large radius ions. It provides a superior balance of capacity, cycle stability, and cost-effectiveness, making it a critical component for advancing both sodium-ion and high-stability lithium-ion battery technologies.
Technical Specifications
| Category | Technical Item | Details |
|---|---|---|
| Identity | Product Type | Coal-Derived Hard Carbon |
| Physical Form | Black Powder | |
| Customization | Particle Size | Customizable based on requirements |
| Packaging | Various sizes available (Customizable) |
Core Features & Advantages
High Storage Capacity
Optimized pore structure and interlayer spacing for effective energy storage and superior electrochemical performance.
Cost-Effective Sourcing
Derived from abundant coal materials, providing a significant competitive pricing advantage for large-scale production.
Excellent Cycle Stability
Strong structural integrity maintains consistent performance and high capacity retention over extensive charge/discharge cycles.
Benefits & Application Areas
Primary Benefits:
- Improved energy density in compact designs.
- Enhanced ion transport via high conductivity.
- Versatile compatibility with multiple chemistries.
- Contributes to long cycle life and reliability.
Key Applications:
- Sodium-Ion Batteries: Ideal primary anode material.
- Energy Storage (ESS): Renewable and grid storage.
- Lithium-Ion Batteries: High-performance niche apps.
- R&D Projects: Battery technology innovation.
Storage & Safety Information
Handling: Use appropriate Personal Protective Equipment (PPE) to prevent inhalation. Handle in a controlled environment to maintain purity.
Storage: Store in a cool, dry place. Keep away from moisture and incompatible materials to ensure material stability.
Disposal: Adhere to all local and regional regulations for the disposal of industrial carbon materials.
TRANSITION TO COST-EFFECTIVE ANODES
Contact our engineering team for technical support, customizable particle size options, or official quotations.
