A key material that enhances the electrical conductivity of lithium secondary batteries
LIB Conductive Additive
A key material that enhances the electrical conductivity of lithium secondary batteries,
delivering stable output and excellent battery performance through smooth electron movement.
Product
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Inquiry
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Product TypeBlack Powder -
Main ApplicationLithium-ion Battery -
Supply UnitDetermined after consultation -
DeliveryNegotiated by order & quantity -
PurchaseQuote & Sample Inquiry
Point 01
Conductivity
Forms smooth electron transport paths within the electrode
Point 02
Low Resistance
Lowers internal resistance to support stable output and charge/discharge performance
Point 03
Performance
Broadly applied from small IT devices to lithium secondary batteries for electric vehicles
Product Information
| Category | Details |
|---|---|
| TEM | Mesopore, macropore confirmed |
| RAMAN | Two Peak of amorphous / crystalline confirmed |
| XRD | Carbon confirmed between 20~30° |
| BET | Surface Area: 245.961 m2/g Total Pore Volume: 1.7 cm3/g Average Pore Diameter: 27.6 nm |
| Capacity (1A/g) | 380 mAh/g |
| 1 Cycle Capacity | Discharge: 394.4 mAh/g Charge: 413.7 mAh/g ICE: 95.3% |
| CV | 0~3 V, Intercalation and Sulfur Peak confirmed |
| C-Rate | 1 A/g: 370 mAh/g, 342 mAh/g, 92% 30 A/g: 254 mAh/g |
Performance Data
Hierarchical Carbon Structure
- Uniform Carbon Network
- Graphitic Layer
- Hierarchical Pore
Optimized Pore Distribution
- High Surface Area
- Fast Ion Diffusion
- Electrolyte Accessibility
Low Charge Transfer Resistance
- Faster Electron Transport
- Improved Conductivity
Stable Electrochemical Performance
- High Capacity Retention
- Excellent Rate Capability
- Long Cycle Stability