rubber outsole for protective boots

Abstract

The invention discloses an outsole sizing material for a pair of protective boots. Raw materials of the outsole sizing material comprise chloroprene rubber, butadiene-acrylonitrile rubber, styrene-butadiene rubber, a composite accelerator, organic montmorillonite, N-methylene carboxyl-2-benzothiazole sulfenamide, sulphur, high aromatic hydrocarbon oil, ethylene thiourea, mica powder, low-temperature calcined kaolin, diethylene glycol, an anti-aging agent, a liquid ethylene-propylene-terpolymer and a flame retardant. All the components are synergistic, compatibility is good, interface bonding strength is strong, insulating effect is excellent, flame retardant property is excellent, and high-low temperature resistance and waterproof and antiskid properties are relatively good, acid and alkali resistance, oil resistance and corrosion resistance are greatly improved, heat insulating property and permeability are strong, so that the outsole sizing material is soft, wear-resistant and nondeformable and also has comfort and strong generality under the premise that functional requirements are met.

Description

technical field [0001] The invention relates to the technical field of rubber, in particular to rubber materials for outsoles of protective boots. Background technique [0002] Protective shoes are safety protective shoes that protect the toes. According to the actual working environment and needs, protective shoes are divided into anti-smashing shoes, heat-resistant shoes, acid (alkali) resistant shoes, oil-resistant shoes, waterproof rubber shoes, cloth rubber shoes, soft-soled cloth shoes, etc. However, the existing protective shoes often only focus on one aspect of protection and are limited to use in a specific working environment. When the environment changes, in order to ensure the safety of workers, it is necessary to replace the protective shoes that adapt to the current working conditions. : Such as fire extinguishing protective rubber boots, although they can be applied to general fire accident sites for fire extinguishing and rescue work, they cannot be applied ...

AI Technical Summary

Problems solved by technology

However, the existing protective shoes often only focus on one aspect of protection and are limited to use in a specific working environment. When the environment changes, in order to ensure the safety of workers, it is necessary to replace the protective shoes that adapt to the current working conditions. : Such as fire extinguishing protective rubber boots, although they can be applied to general fire accident sites for fire extinguishing and rescue work, they cannot be applied to chemical accident sites where strong corrosive liquids and gases exist, live accident sites, etc.; in electrical work, Insulating shoe covers are indispensable as auxiliary safety equipment and labor protection equipment. The staff can touch the live parts with the basic equipment in actual operation, which can be used to protect the electric shock caused by the step voltage. Good insulation is to ensure that the equipment and lines are normal. It is a necessary condition for operation and an important measure to prevent electric shock accidents.

At present, when operating electrical equipment at work, ordinary rubber shoes are worn, and the insulation safety is relatively low.

In the colder winter, ordinary shoes are insulated from the ground through the rubber sole, which is not safe enough and inconvenient to change. Work efficiency; In the workplaces of petroleum, chemical, coal mine, printing, rubber, medical, purification, electronics and other industries, the static electricity on the human body may cause dangerous accidents such as combustion and explosion, so currently the staff are required to carry out such operations Always wear anti-static shoes. In the colder winter, general anti-static shoes are simply sewn with anti-static cloth, which has poor anti-static effect, and the soles have poor anti-slip performance and insufficient safety, which will lead to unsafe Hidden dangers occur, and the warmth retention and air permeability are poor, and the comfort is low, which affects the work efficiency of the staff

This not only brings certain stability to the work, but also creates a certain economic burden on the enterprise.

In summary, the existing protective shoes for emergency rescue and disaster relief have single functions, insufficient protection, and poor versatility. They still need to be improved in terms of oil resistance, anti-static, aging resistance, and anti-skid performance. It is difficult to combine performance and comfort. In addition, there are still problems such as performance mismatch between materials, unsatisfactory compatibility and other factors that affect product performance and processing and production, resulting in low product qualification rate and affecting production efficiency.