Carbon-Coated Aluminum Foil with Excellent Electrical Conductivity Superior Adhesion Performance and Good Coating Uniformity for Lithium-Ion Batteries

The product features excellent electrical conductivity, thermal conductivity, and superior adhesion performance.

• It has good coating uniformity and consistency. The thickness of single-sided coating is ~1μm, and that of double-sided coating is ~2μm. The "substrate thickness", "substrate width", and "roll weight" are included in the specifications; different roll weights indicate different lengths (in meters).
• The specifications of in-stock products may differ from the data on the official website. For specific details, please consult customer service before purchase.
• The 1m² product is in sheet form, with a size approximately equal to that of an A4 paper. Each shipment contains about a dozen sheets (with a total effective area of 1m²).

1. Packaging Material: Carton packaging
2. Storage Conditions: Sealed storage at room temperature
3. Storage Period: 2 years from the date of production
4. Hazard Class: Class 4 (in accordance with Hazardous Goods Classification and Operation Specifications)

Carbon-coated aluminum foil is made by uniformly and finely coating well-dispersed nano-conductive graphite, carbon-coated particles, or other ultra-conductive and thermally conductive substances on aluminum foil/copper foil.

When applied as a battery current collector, it provides excellent static conductivity and collects micro-currents from active materials. This can significantly reduce the contact resistance between the positive/negative electrode materials and the current collector, improve the adhesion between them, and reduce the amount of binder used—thereby significantly enhancing various performance metrics of the battery.

When applie