Carbon Coated Aluminum Foil Current Collector

Carbon Coated Aluminum Foil Current Collector

Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector
Carbon Coated Aluminum Foil Collector

Description

Our carbon-coated aluminum foil collectors have the following features:

1. High conductivity: Carbon coating on aluminum foil collectors enhances the conductivity of the collector, making it more efficient in conducting electrons.

2. Corrosion-resistant: Aluminum foil collectors tend to corrode when exposed to air and moisture, but with the carbon coating, they become more resistant to corrosion.

3. Lightweight: Aluminum foil is already a lightweight material, and with the carbon coating, it does not add much weight to the collector, making it easy to handle and transport.

4. Durable: Carbon-coated aluminum foil collectors have a longer lifespan than regular aluminum foil collectors, thanks to their resistance to corrosion and their ability to withstand wear and tear.

5. Cost-effective: Carbon-coated aluminum foil collectors are cost-effective, making them suitable for use in various applications, including battery manufacturing, solar cells, and catalysis.

I hope that helps! Let me know if you have any other questions.

 

Product attributes:
Color: black, gray
Base material: aluminum foil, copper foil
Base material thickness: 10-20 μ m
Coating method: single coating, double coating
Effective coating width: customized
Material width: customized
Inner diameter of pipe core: 76mm
Packaging: wooden box
Origin: Foshan

Advantage

1.Improve the surface tension, and increase the adhesion between the aluminum foil and the active material.
2. Decrease the using amount of binder for the electrode, enhance energy density of the battery, and lower the cost of the electrode production.
3. Protect the Al current collector from surface corrosions and oxidations.
4.Reduce interfacial resistance and internal resistance of the cell.
5. Decrease polarization and improve the rate capability and specific capacity of the electrode material.
6. Mitigate exothermal reactions and enhance the battery safety
7. Improve the production stability and reproducibility, and raise the pass rate of the cell.
8. Increase the consistency and cycling life of the cell, and lower the cost of the production.

High conductivity: Carbon coating on aluminum foil collectors enhances the conductivity of the collector, making it more efficient in conducting electrons.

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