Water-based graphite conductive and thermal conductive functional coating, SD-301 is a conductive coating, and SD-302 is a thermal conductive coating.

Features:

1. Well-dispersed nano-graphite has excellent adhesion and coating ability to substrates such as copper foil and aluminum foil.

2. Environmentally friendly coatings, without any heavy metals and substances harmful to the environment or human body.

3. With the unique processing technology and technology, give full play to the excellent electrical and thermal conductivity of graphite.

4. The coating film has good flexibility.

5. The coating film has the characteristics of long-term resistance to water, alkaline substances and electrolyte soaking, and the rate of change of coating film resistance is small.

Surface treatment of battery conductive substrates with functional coatings is a breakthrough technological innovation. Carbon coated aluminum foil/copper foil is a uniform and fine coating of dispersed nano-conductive graphite and carbon coated particles. On the copper foil.

It provides excellent static conductivity and collects the microcurrent of the active material, which can greatly reduce the contact resistance between the positive/negative electrode material and the current collector, and can improve the adhesion between the two and reduce the adhesion. The amount of agent used, in turn, results in a significant increase in the overall performance of the battery.

Graphite is an anisotropic heat-conducting material with excellent performance. It has excellent thermal conductivity in the horizontal direction. Applying a uniform layer of graphite on the copper/aluminum foil can greatly improve the uniform thermal conductivity of copper/aluminum foil. Aluminum foil can be an excellent heat conductor.