Constant-temperature antibacterial, antiviral and antistatic multifunctional integrated fabric and processing technology

Abstract

A special polymer fabric is used as a base material, the surface of the special polymer fabric is modified, and a plurality of metal films with different components are formed on the surface through physical vapor deposition. The antibacterial constant-temperature functional structure integrated composite material is formed by taking base cloth as a framework and comprises a base material, a silver plating layer, a stainless steel layer and an anti-oxidation layer, the processing technology comprises the steps of base material processing, base material surface pretreatment, vacuum magnetron sputtering silver coating plating and stainless steel coating plating. According to the invention, key technologies such as integrated design of an antibacterial constant-temperature functional structure and uniform sputtering of a magnetron sputtering target material are realized, and the antibacterial constant-temperature magnetron sputtering target material has the advantages of bacteria resistance and bacteriostasis, good temperature regulation and control function, light weight and softness of the material, higher specific strength, comfort in wearing, easiness in care and the like, not only can meet the diversity requirements of people in daily life, but also can meet the requirements of people in daily life. And scientific research requirements in various special severe environments such as aerospace, deep sea and desert can be met.

Description

technical field [0001] The invention relates to a multifunctional integrated textile, in particular to a multifunctional integrated textile with constant temperature, antibacterial, antiviral and antistatic properties, belonging to the technical field of textile manufacturing. Background technique [0002] At present, personal protective equipment represented by space suits, biochemical protective suits, and firefighting suits, through effective isolation from the external environment, establish a closed environment inside them that can guarantee the safety of human life. In a small closed environment, due to the requirements of pressure protection or physical isolation, personal protective equipment needs to have an airtight airtight structure and a certain strength pressure-bearing structure; It is difficult to control the flow field effectively and evenly. Under the influence of the external extreme thermal environment, it is easy to cause local overcooling or overheating...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a fabric with constant temperature antibacterial, antiviral and antistatic multifunctional integration and its processing technology to solve the problem that the existing personal protective equipment materials are difficult to take into account antibacterial, constant temperature and antistatic. Insufficient functions such as static electricity and other functions, the preparation of antibacterial and constant temperature integrated functional materials for personal protective equipment provides key core materials for personal protection in special fields such as narrow spaces and closed environments

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