Basalt fiber-containing protective suit

Abstract

The invention relates to a basalt fiber-containing protective suit, which comprises a fabric, a lining and a middle stuffing, flame-retardant terylene fibers, glass fibers and basalt fibers are blended to form the fabric, continuous basalt fibers are woven to form the lining, and the middle stuffing is basalt fiber stuffing. The basalt fiber-containing protective suit can resist acid, alkali, high temperature and low temperature, moreover, moisture absorption is good, the basalt fiber-containing protective suit can absorb sweat produced by the human body, and thereby the basalt fiber-containing protective suit can provide a clean, comfortable environment for a user.

Description

Technical field [0001] The invention relates to a protective clothing, in particular to a protective clothing containing basalt fiber. Background technique [0002] In high-temperature environments such as steelmaking, ironmaking, fire fighting, etc., operators need to wear protective clothing. The purpose is to reduce the heat radiation of the human body in the high-temperature environment and avoid scalding the operators. Colleagues reduce the temperature around the operators and reduce the number of operators. Of discomfort. High temperature resistant protective clothing is often used in the above occasions. High temperature resistant protective clothing is required to achieve good heat insulation and be able to withstand high temperatures. The existing high temperature resistant protective clothing mainly includes the following types: [0003] The application number is CN200710094115.1, the publication number is CN101397710, and the publication date is April 1, 2009. The Chin...

AI Technical Summary

Problems solved by technology

However, this utility model patent relies on cold storage functional blocks to take away heat in high-temperature environments, and the structure is complex

At the same time, this utility model patent cannot be used in low-temperature environment and acid-base environment, and its hygroscopicity is poor. When used in high-temperature environment, it cannot absorb the sweat produced by the human body, which will bring serious discomfort to people.