Abstract: A thermal conductive plastic material, comprising: a plastic solution; a first thermal conductive material, filled and distributed in the plastic solution, being processed by an Atmospheric Pressure Plasma (APP) technology, and having its surface provided with hydrophilic functional groups; and a second thermal conductive material, filled and distributed in the plastic solution, being processed by the Atmospheric Pressure Plasma (APP) technology or chemical modification, and having its surface provided with hydrophilic functional groups. Wherein, the first thermal conductive material is formed by ceramic powders, the second thermal conductive material is formed by carbon-containing ingredient, while the first thermal conductive material and the second thermal conductive material are in touch with each other.

Abstract: An apparatus for producing a graphene material includes a tank, a container, an agitating module, a second electrode disposed in the tank, and a power supply module. The container is used for receiving a graphite material, and is formed with a plurality of through holes for the electrolyte solution to pass therethrough. The agitating module includes a control unit and an agitating unit used as a first electrode, and inserted into the container for agitating the electrolyte solution and the graphite material. The power supply module is electrically connected to the agitating unit and the second electrode for supplying electric power to generate an electrical potential difference.

Abstract: An apparatus for producing a graphene material includes a tank, a container, an agitating module, a second electrode disposed in the tank, and a power supply module. The container is used for receiving a graphite material, and is formed with a plurality of through holes for the electrolyte solution to pass therethrough. The agitating module includes a control unit and an agitating unit used as a first electrode, and inserted into the container for agitating the electrolyte solution and the graphite material. The power supply module is electrically connected to the agitating unit and the second electrode for supplying electric power to generate an electrical potential difference.