Microporous electric-arc preventive suit

Abstract

The invention relates to a microporous electric-arc preventive suit. The microporous electric-arc preventive suit comprises a suit body; flame retardant materials are added to materials of the suit body, and the materials are sequentially processed by padding in flame retardant finishing liquid (under room temperature), pre-drying, fumigating with ammonia, oxidizing and washing with water, drying and pre-shrinking to obtain the finished product; a basic fabric layer consisting of warp yarns and weft yarns is combined with the rear surface of the suit body; the warp yarns or the weft yarns are microporous polyester fibers that comprise microporous polyester fiber substrates; a plurality of micropores are formed in the microporous polyester fiber substrates. With the adoption of the microporous electric-arc preventive suit, the damage to human skin in contact with electric arc heat is minimized; the microporous electric-arc preventive suit has the advantage of permanent anti-bacterial function.

Description

technical field [0001] The invention relates to an anti-arc clothing, which belongs to the technical field of clothing. Background technique [0002] In an environment with high-voltage electricity, the body of the worker is easily close to the high-voltage electricity. Although the body is not in contact, it will generate a high temperature of up to 29,400 degrees Celsius through the induction of the body as a bridge to form a jump (that is, an arc). , which is about four times the surface temperature of the sun, causing intense gas explosions and electrical burns that can be hazardous to workers. In addition, the traditional fabrics used to make clothing bodies do not have the advantages of moisture absorption and quick-drying properties, nor permanent antibacterial functions. Contents of the invention [0003] The purpose of the present invention is to overcome the above disadvantages and provide an arc protection suit with the functions of flame retardancy, heat insul...

AI Technical Summary

Problems solved by technology

[0002] In an environment with high-voltage electricity, the body of the worker is easily close to the high-voltage electricity. Although the body is not in contact, it will generate a high temperature of up to 29,400 degrees Celsius through the induction of the body as a bridge to form a jump (that is, an arc). , which is about four times the surface temperature of the sun, causing intense gas explosions and electrical burns that can be hazardous to workers

In addition, the traditional fabrics used to make clothing bodies do not have moisture absorption and quick-drying performance, nor do they have the advantages of permanent antibacterial function, etc.