▎ 摘　　要

NOVELTY - The utility model claims a wear-resistant anti-skid breathable material, comprising a graphene composite material layer, a ventilating layer and a foam layer, the graphene composite material layer on the outermost layer of the sole; a silicon carbide layer through adhesive is adhered on inner layer of the grapheme composite material layer, the silicon carbide layer in layer provided with the permeable layer, fire retardant layer through bonding adsorption on the inner side of the air-permeable layer, the foam layer is firmly bonded at the inner side of the fire-retardant layer, the foam layer of the sole of the innermost layer. The beneficial effects are: the structure layer is firmly bonded with the sole, this structure can not only enhance the mechanical performance of the material, improves the stability of the material. it also can improve material property on a certain extent so that the sole material is not easy to deform after long term friction not only improves the graphene material of composite material and a silicon carbide layer having a good affinity, a synergistic effect between the two full play the graphene composite material and the silicon carbide layer, which further improves the wearing resistance and stability of the material upper in general.