A non-slip shoe sole with wear resistance

Abstract

This utility model proposes a wear-resistant and anti-slip shoe sole, comprising: a sole body made of vulcanized rubber or TPU material, having a forefoot, midfoot, and heel; the lower surface of the sole body is provided with a plurality of evenly distributed wear-resistant units and anti-slip units; the wear-resistant units include multi-layer anti-slip textures designed in the midfoot and edges, and anti-slip blocks evenly located in the forefoot, midfoot, and heel; the anti-slip units include studded connectors, which are threadedly fixed to the sole body. Therefore, this wear-resistant and anti-slip shoe sole, through optimized sole structure, material selection, and anti-slip and wear-resistant design, improves the wear resistance and anti-slip properties of the sole, making it suitable for various road conditions and terrains. The wear-resistant coating combined with the multi-layer anti-slip textures and anti-slip blocks effectively improves the wear resistance of the sole, making it durable; the studded connectors enhance grip during activity and can be removed during daily walking to prevent wear.

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