Oily ground antiskid rubber sole formula, and technology

Abstract

The invention discloses an oily ground antiskid rubber sole formula, and technology. The oily ground antiskid rubber sole formula comprises, by mass, butadiene-acrylonitrile rubber 40 to 60%, butyl rubber 10 to 20%, white carbon black 20 to 30%, DOP oil 10 to 15%, zinc oxide 3 to 7%, a resin 3 to 5%, stearic acid 0.5 to 2%, an anti-aging agent 0.5 to 2%, a coupling agent 0.5 to 2%, a white smoke active agent 1 to 4%, a vulcanization accelerator 1 to 4%, and sulfur 1 to 4%. According to the technology, butadiene-acrylonitrile rubber, and butyl rubber are taken as main rubber materials, oil discharge capacity and oil resistance are excellent, aging resistance is high, ultra-light weight performance is achieved, good shock absorption performance is achieved, wear resistance is excellent, andgood antiskid effect on oily ground is achieved.

Description

technical field [0001] The invention relates to the technical field of rubber soles, in particular to a formula and a process for oily ground anti-slip rubber soles. Background technique [0002] Shoes are a kind of article that can be worn on the feet based on the sole to prevent the feet from being hurt. It is also an indispensable daily necessities for human beings. The sole is very important to the shoe. Quality and comfort when wearing. [0003] Existing soles are usually provided with lines on the lower surface of the sole to increase its anti-slip effect. This anti-slip is only to improve the structure of the sole, often ignoring the influence of materials on the anti-slip effect, especially in places with more oily dirt. For example, in kitchens and processing workshops in factories, in such occasions, only anti-slip measures are adopted on the structure alone, which is prone to slipping, which seriously affects the convenience and safety of the wearer. Therefore, i...

AI Technical Summary

Problems solved by technology

[0003] Existing soles are usually provided with lines on the lower surface of the sole to increase its anti-slip effect. This anti-slip is only to improve the structure of the sole, often ignoring the influence of materials on the anti-slip effect, especially in places with more oily dirt. For example, in kitchens and processing workshops in factories, in such occasions, only anti-slip measures are adopted on the structure alone, which is prone to slipping, which seriously affects the convenience and safety of the wearer. Therefore, it is necessary to improve the sole of the material. To increase the friction between the sole and the ground, to improve the anti-skid effect of the sole

Images