Carbon Coated Aluminun Foil

13+0.6+0.6 Battery Cathode Collector Primer Aluminum Foil is a composite material, which made up with high quality aluminum foil and double conductive carbon layer. Widely adopted as the cathode collector for storage batteries, vehicle batteries, etc.  This type of battery cathode aluminum foil can reaches the aim of  lower interfacial contact resistance, stronger bonding between conductive active materials and the substrate, good inhibition of aluminum foil oxidation and corrosion, longer battery cycle life and boosts overall safety.

The 12+1+1μm Primer Aluminum Foil is a composite material formed by coating conductive carbon layers onto electronic-grade aluminum foil substrates, which serves as the cathode current collector for lithium-ion batteries. It cuts contact resistance, strengthens the adhesion of cathode active materials, and shields the aluminum substrate from oxidation and electrolyte corrosion, effectively boosting battery cycle life, safety performance and batch consistency of cells.

12+0.8+0.8  Battery Cathode  Collector Carbon Coated  Aluminum Foil is a composite material made from pure aluminum foil substrate with a conductive carbon layer applied on the surface through gravure coating. Widely adopted as the positive electrode current collector for lithium-ion batteries, it lowers interfacial contact resistance, strengthens bonding between conductive active materials and the substrate, inhibits aluminum foil oxidation and corrosion, delivers more consistent cell performance, prolongs battery cycle life and boosts overall safety.

13+0.8+0.8 Carbon Coated Battery Cathode Aluminum Foil is a composite material based on pure aluminum foil, where a conductive carbon layer is deposited onto its surface via gravure coating technology. It is primarily used as the positive current collector in lithium-ion batteries. This material reduces battery contact resistance, enhances adhesion of conductive active materials, prevents oxidation and corrosion of the aluminum foil, improves cell performance consistency, extends battery cycle life, and enhances safety.