Environmental-protecting shoes for preventing prick and fungus

Abstract

The invention relates to an anti-thrust, rot resistance and environment-friendly shoe, comprising a vamp and a sole; the vamp is fixed on the sole, wherein, the sole comprises a basal body and a metal lamella; the metal lamella is embedded in the basal body and molded with the basal body in one; the basal body is a thermoplastic elastomer. The sole of the invention is molded in one by embedding the basal body in the metal lamella, and the basal body is a thermoplastic elastomer; on one hand, the metal lamella strengthens the firmness of the shoe so that the whole shoe is not deformed easily, on the other hand, the metal lamella has the functions of anti-thrust and rot resistance. In addition, the basal body formed by the thermoplastic elastomer has excellent processing performance and simple production technique, requires no vulcanization, can be recycled and is nontoxic if the basal body is burned, thus producing good environment-friendly shoes. The invention discloses a manufacturing method of an outsole and a midsole of the anti-thrust, rot resistance and environment-friendly shoe.

Description

technical field [0001] The invention relates to an environment-friendly shoe, in particular to an environment-friendly shoe with anti-puncture and mildew resistance. Background technique [0002] With the rapid development of the economy and the continuous improvement of people's living standards, the requirements for daily necessities are becoming more and more diverse. Among them, shoes are one of them. According to the use of shoes, shoes can be divided into: tennis shoes, running shoes, basketball shoes, casual shoes, etc. In order to meet people's requirements for shoe performance, manufacturers mainly carry out on the soles of shoes. Only by in-depth research and improving the performance of the sole can the shoes meet the needs of consumers. [0003] At present, the top surface of the soles on the market is usually pressed with cardboard or fiberboard, which can reduce the weight of the shoe itself and the amount of rubber used. Under the action of the sweat produce...

AI Technical Summary

Problems solved by technology

[0004] In addition, most of the soles on the market are made of rubber material desulfurization injection molding. Most of the rubber is obtained by refining petroleum and reprocessing. The soles made of this rubber are not easy to degrade, and also emit toxic gases, which seriously pollute the environment.

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