Single Sided Double Sided Carbon Coated Copper Foil Lithium Sulfur Battery
Model:Carbon-Coated Copper Foil
Coating Thickness:1μm (single side)
Surface Resistivity:<30Ω/25μm²
Total Width: 227±1mm
Base Foil Thickness:10±1.0μm (copper)
Copper Purity: >99.99%
Total Thickness: 12±1μm (post-coating)
MOQ: 1m
Leading time: 5-8 days
Single-sided Carbon-coated Copper Foil University Experimental Lithium Battery Current Collector Double-sided Carbon-coated Copper Foil Lithium-sulfur Battery Grade Copper Foil
1. Product Overview
Our Carbon-Coated Copper Foil is a high-performance conductive substrate designed for lithium-ion battery anodes, particularly for high-energy-density applications. With a uniform carbon coating and ultra-high-purity copper base, this foil enhances electrode conductivity, adhesion, and cycle stability, making it ideal for EV batteries, energy storage, and consumer electronics.
2. Key Features
Superior Conductivity:
- Surface resistivity <30Ω/25μm² (low impedance for efficient charge transfer).
- Copper purity >99.99%!(MISSING) ensures minimal energy loss.
Mechanical Strength: - Tensile strength ≥265MPa and elongation rate ≤6.0%!(MISSING) (resists cracking during electrode processing).
Precision Coating: - Single-side carbon layer (1μm) + total thickness 12±1μm (uniform and controllable).
Customizable Dimensions: - Standard width: 260±1mm (coating width: 227±1mm).
3. Technical Specifications
4. Applications
- Lithium-Ion Batteries: Improves anode performance for silicon-carbon (Si-C) and graphite systems.
- High-Power Devices: Supports fast charging/discharging in EVs and drones.
- Thin-Film Electronics: Used in flexible circuits and sensors.
5. Why Choose Our Carbon-Coated Foil?
Enhanced Battery Life: Reduces delamination risks during cycling.
Process Compatibility: Suitable for slurry coating, calendering, and stacking.
Quality Consistency: Strict ±1μm tolerance control for industrial-scale production.