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Atomfair 1AH NFM || Hard Carbon Dry Pouch Cell Sodium (Na) Ion Battery 4.2V
The 1AH NFM || Hard Carbon Dry Pouch Cell 4.2V High Voltage Edition is a cutting-edge energy storage solution designed for advanced battery research and development. Utilizing high-voltage sodium-based NFM (nickel, iron, manganese) chemistry combined with hard carbon, this dry pouch cell enables extended voltage platforms and higher energy density, making it ideal for next-generation battery innovation and energy efficiency optimization.
Description
Atomfair 1AH NFM || Hard Carbon Dry Pouch Cell Sodium (Na) Ion Battery 4.2V
Overview:
The 1AH NFM || Hard Carbon Dry Pouch Cell 4.2V High Voltage Edition is a cutting-edge energy storage solution designed for advanced battery research and development. Utilizing high-voltage sodium-based NFM (nickel, iron, manganese) chemistry combined with hard carbon, this dry pouch cell enables extended voltage platforms and higher energy density, making it ideal for next-generation battery innovation and energy efficiency optimization.
Specifications:
Parameter | Cathode | Anode |
Specific capacity (mAh/g) | 142 | 300 |
Active material proportion (%) | 95.3% | 94.5% |
Coating mass density (mg/cm²) | 20 | 10 |
Foil thickness (μm) | 12 | 12 |
Electrode dimensions (mm) | 60 × 80 | 63 × 84 |
Areal capacity (mAh/cm²) | 2.707 | 2.835 |
Cell capacity (mAh) | 1039.456 | |
Layer count | 8/9 | |
Separator thickness (μm) | 12+2+2 | |
Electrolyte injection coefficient* | 5-6 g/Ah | |
N/P ratio | 1.047 |
*Note: The above parameters are based on theoretical calculations and actual performance may vary.
Key Features:
- 4.2V High Voltage Platform: Designed for extended voltage range and energy density, compatible with high-performance applications.
- Precision Electrode Engineering: Ultra-thin 12μm foils combined with optimized coating densities (20 mg/cm² cathode / 10 mg/cm² anode) ensure stable high-rate performance.
- Balanced N/P Ratio (1.047): Minimizes lithium plating risks while maximizing capacity utilization.
- Multilayer Architecture: 8/9 layer configuration enhances current distribution and mechanical stability.
- Dry Cell Flexibility: Customizable electrolyte systems (recommended 5-6 g/Ah injection) support diverse research needs.
Applications:
- High-voltage R&D: Pioneering studies on sodium-ion battery voltage expansion and stability.
- EV Power Systems: Prototyping for high-voltage battery packs in electric vehicles.
- Aerospace Energy Storage: Lightweight pouch format with high voltage output for compact applications.
Packaging:
- Contents: 1 piece of 1AH NFM-Hard Carbon dry pouch cell.
- Storage Recommendations: Store in a cool, dry environment to maintain optimal performance and prevent degradation.
Enhance battery performance, order now! Come use our high-quality materials to elevate your experimental performance!
Additional information
Weight | 0.3 kg |
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Dimensions | 23 × 15 × 3 cm |
brand |
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