Manufacturing process of radiation-proof fabric

Abstract

The invention provides a manufacturing process of radiation-proof fabric. The manufacturing process comprises: step one, preparing an adsorbent; step two, carrying out precipitation adsorption; step three, carrying out mixture refining; step four, preparing fibers; and step five, preparing fabric. The manufacturing process has the following beneficial effects: the amorphous protective film havingthe stable property is capable of protecting the metal object from being corroded and is used for absorbing multinuclear metal; the obtained metal fiber has the high electrical conductivity and ferromagnetism, so that the protection against electromagnetic radiation is improved; with the fabric produced by using the metal fibers and pure cotton folded yarns, the cloth surface is flat and full, sothat the fabric grade is improved; biological fermentation is carried out by using the biological enzyme, so that the fabric is soft and can be worn comfortably; the application range of the made fabric is wide and the made fabric has the good functions and effects; and the made fabric has functions of mildew and bacterial prevention, moisture absorbing, air permeability, ultraviolet prevention, static electricity prevention, high drapability and good yarn wearing prevention in use and the like.

Description

technical field [0001] The invention relates to the field of radiation-proof fabrics, in particular to a manufacturing process of radiation-proof fabrics. Background technique [0002] With the development of modern industry, especially the development of electronic industry and wireless communication technology, people are inevitably exposed to electromagnetic radiation, and anti-radiation fabrics came into being. Early anti-radiation clothing was mainly used for radar, microwave communication and other departments. personnel use. However, with the popularization of household appliances such as refrigerators, microwave ovens, and mobile phones, the amount of radiation in daily life is also increasing, and there are many special groups of people, such as medical staff working in radiology departments of hospitals, inspectors working in cable and optical fiber factories, Even pregnant mothers-to-be are wearing anti-radiation clothes, which are now heavy and not resistant to ...

AI Technical Summary

Problems solved by technology

However, with the popularization of household appliances such as refrigerators, microwave ovens, and mobile phones, the amount of radiation in daily life is also increasing, and there are many special groups of people, such as medical staff working in radiology departments of hospitals, inspectors working in cable and optical fiber factories, Even pregnant mothers-to-be are wearing anti-radiation clothes, which are now heavy and not resistant to washing

[0003] Among them, plating metal on the cloth can play the role of radiation protection. However, if the metal is plated on the clothes, after wearing for a long time, the metal layer may fall off, resulting in the failure of the radiation protection effect.

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