▎ 摘　　要

NOVELTY - Preparing graphene rubber foamed rubber particles involves introducing blocky graphene rubber foam blocks into the pulverizing mixing box, placing the elastic film on the conveyor belt. The graphene rubber foam block is crushed into granules through the crushing and granulating roller and the crushing action plate in rotation, and then entered the discharge channel. The conveyor belt inputs the elastic film to the film inlet, during the input process, passed through the heating seat, and the heating seat outputs heat to melt the upper surface of the elastic film, effectively mixed and embedded on the surface of graphene rubber foam particles. The elastic film enters the discharge channel through the film inlet and mixed with the graphene rubber foam particles, and fall into the discharge cylinder together, and the mixing material in the discharge cylinder roller is driven by the servo motor, the mixing roller crushes the elastic film with the output of the cooling fan. USE - Method for preparing graphene rubber foamed rubber particles used in biomedicine and drug delivery applications and to optical, electrical, mechanical, micro-nano processing, energy and biomedics. ADVANTAGE - The method improves the elastic force, and graphene the rubber foam foam particles. DETAILED DESCRIPTION - Preparing graphene rubber foamed rubber particles involves introducing blocky graphene rubber foam blocks into the pulverizing mixing box, placing the elastic film on the conveyor belt. The graphene rubber foam block is crushed into granules through the crushing and granulating roller and the crushing action plate in rotation, and then entered the discharge channel. The conveyor belt inputs the elastic film to the film inlet, during the input process, passed through the heating seat, and the heating seat outputs heat to melt the upper surface of the elastic film, effectively mixed and embedded on the surface of graphene rubber foam particles. The elastic film enters the discharge channel through the film inlet and mixed with the graphene rubber foam particles, and fall into the discharge cylinder together, and the mixing material in the discharge cylinder roller is driven by the servo motor, the mixing roller crushes the elastic film with the output of the cooling fan. The elastic rubber particles and the graphene rubber foam particles are cooled and combined to obtain a product.