Graphene Star (GS) revolutionary graphite processing technology allows mass production of highly conductive graphite at the lowest cost possible.
Only graphite and water are used during the manufacturing process, which is free from any chemical reagents and therefore causes no damage to the environment whatsoever.
The value of the electrical conductivity of graphite is the key parameter of graphite quality and determines its use in various applications. In terms of carbon content, the electrical conductivity of graphite is directly proportional to the value of graphite purity. Highly conductive properties of graphite in the composition of conductive coatings are the prerequisite for the effectiveness of these coatings.
Examples of such coatings are:
● Lithium battery anodes
● EMI shielding
● Infrared heating coatings
● Various sensors
GS graphite processing technology is capable of increasing electrical conductivity of graphite coatings with initial carbon content as low as 90% up to 40 times.
GS graphite processing technology is a single-stage, environmentally safe process for producing highly conductive graphite, which puts an end to traditional environmentally hazardous chemical methods of graphite purification.
The graph illustrates the change in the value of the coating’s specific surface resistance after processing graphite using GS technology.
Coating description: water dispersion of PVA, graphite content of 10% by weight of PVA, coating thickness of 80-100 microns. A four-point measurement method is used.