The thickness of many-particle graphene decreases to single-layer graphene with high surface area and excellent electrical and thermal conductivity. It is easy to disperse in various battery solvents, such as NMP.
Graphene P (Paints and Coating Grade)
When this grade is integrated into the primer, featuring a lower zinc content, it creates a robust and impermeable barrier layer. This layer effectively shields the substrate from corrosion and prolonging the lifespan.
Graphene X ( Composite Grade)
Utilized as a reinforcing filler in composite materials due to its outstanding mechanical, electrical, thermal, and barrier properties. It enhances the performance significantly while maintaining a low cost.
Graphene’s exceptional characteristics, including high conductivity, easy dispersibility, and lateral dimensions below 1 micron, render it ideal for a diverse array of applications aimed at enhancing conductivity.
Graphene oxide is produced from the modified hummers method. Graphene oxide is an oxidised form of Graphene. It have high quantity of oxygen and other groups. It is Easily dispersable in many solvents
Adding graphene oxide to concrete can increase its mechanical properties, including tensile strength, flexural strength and stiffness. Graphene oxide acts as a reinforcing agent, providing the overall structure of the concrete improves.