Carbon Coated Copper Foil Collecting Fluid

The modified copper foil is a functional layer which is coated on the surface of copper foil with a variety of conductive materials or one of them๏ผŒforming a fine two dimensional or multidimensional conductive network structure, and then collocating the conductive resin suitable for water system.

item
value
Thickness
0.05mm
Place of Origin
Shenzhen China
Coating method
ย single coating, double coating
Brand Name
NSfoil
Model Number
NS-CCCF005
Base material thickness
10-20 ฮผm
Product Name
coated graphene/carbon coated aluminum foil
Usage
Lithium Ion Battery
Color
black and silver
Material
Graphene/Carbon Powder/Aluminum
Coating thickness
0.01mm
Width
200-250mm
MOQ
20meter
PAYMENT TERM
L/C T/T(30% Deposit)
Packing
wooden case

 

 

Application

 

โ—Ž Lithium-ion batteries for electric vehicles andใ€energy storage๏ผˆLFPใ€LMFPใ€LMOใ€NCMใ€NCAใ€LNMใ€LTO๏ผ‰

โ—Ž Lithium-ion batteries for 3C productions๏ผˆLCOใ€LMO๏ผ‰

โ—Ž Supercapacitor

โ—Ž Lithium-ion capacitor

โ—Ž Lithium ion battery in water system

โ—Ž Alkaline batteries

Features

1. Superior Conductivity: Carbon-coated copper foil provides excellent electrical conductivity, facilitating efficient current collection in battery systems.

2. Chemical Stability: The carbon coating on copper foil provides chemical resistance, protecting it from electrolytes that are harsh on batteries and prolonging its lifespan in difficult battery environments.

3. Improved Adhesion: Carbon coating ensures improved adhesion between copper foil and active materials, promoting stronger bonding and decreasing risks of delamination or detachment during battery operation.

4. Reduced resistivity: Copper’s inherent conductivity combined with carbon’s low resistivity helps minimize energy losses and impedance for improved battery performance overall.

5. Surface Smoothness: Carbon-coated copper foil usually boasts a smoother surface compared to its uncoated counterpart, providing better contact between active materials and battery’s overall efficiency.

6. Even Current Distribution: The uniform carbon coating helps ensure an even distribution of current across electrode surfaces, helping minimize hotspots and boosting battery stability and longevity.

7. Lightweight and Flexible: Carbon-coated copper foil is lightweight and flexible, making it suitable for various battery designs and manufacturing processes that involve bending or shaping processes.

8. Heat Dissipation: Copper has excellent thermal conductivity, while carbon coating can further increase heat dissipation from battery cells, helping them operate at optimal operating temperatures.

9. Compatibility: Carbon-coated copper foil is compatible with numerous battery chemistries, such as lithium-ion, lithium polymer and others – making it an excellent choice for use across a range of battery applications.

10. Scalability and availability: Carbon-coated copper foil is widely available commercially in various sizes and thicknesses, making it easily accessible for battery manufacturers who utilize large production processes.

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