Manufacturing method of nano-silver anti-electromagnetic radiation functional fabric

Abstract

Disclosed is a manufacturing method of a nano-silver anti-electromagnetic radiation functional fabric. The manufacturing method comprises the steps that raw material selection is conducted, specifically, polyester yarns are selected as velvet yarn texture, polypropylene staple fibers are selected as bottom yarn texture, then washing is conducted to remove impurities, drying is conducted for standby application, and a to-be-woven raw material is obtained; weaving is conducted, specifically, the to-be-woven raw material is woven into gray fabric with a double-layer structure in a threading manner; nano-silver solution preparation is conducted, specifically, the steps of adding silver nitrate into distilled water, uniformly stirring to obtain a nano-silver solution, putting bamboo charcoal micro-powder into the nano-silver solution, and uniformly mixing and stirring to obtain a bamboo charcoal nano-silver solution are carried out; nano-silver fabric preparation is conducted, specifically, the obtained gray fabric is soaked in the bamboo charcoal nano-silver solution to obtain a nano-silver fabric; desizing, drying and shaping are carried out to obtain a semi-finished fabric; dyeing or printing is carried out on the obtained semi-finished fabric; and finished product shaping is conducted, specifically, the steps of introducing the obtained dyed cloth or printed cloth into a rinsing bath for rinsing, then carrying out softening treatment, then carrying out dehydration by using a dehydrator, and then introducing the dyed cloth or printed cloth into a shaping machine for finished product shaping are performed.

Description

technical field [0001] The invention belongs to the technical field of textiles, and in particular relates to a method for manufacturing a nano-silver anti-electromagnetic radiation functional fabric. Background technique [0002] Anti-electromagnetic radiation fabrics in the prior art mainly contain the following two types: one is the fabric made of metal fiber and textile fiber blending, this fabric has good air permeability, can be washed without reducing the shielding effect on electromagnetic waves and is The human body has no side effects, and the shortcoming is that if the skin is dry, it will produce a tingling sensation; the second is the coating class radiation-proof fabric, which is not highly valued by people because of its poor air permeability, inability to wash and fold, and easy to cause skin allergic reactions. These two types of fabrics can be found in published Chinese patent documents. [0003] With the improvement of people's understanding of nano-silve...

AI Technical Summary

Problems solved by technology

[0002] Anti-electromagnetic radiation fabrics in the prior art mainly contain the following two types: one is the fabric made of metal fiber and textile fiber blending, this fabric has good air permeability, can be washed without reducing the shielding effect on electromagnetic waves and is The human body has no side effects, and the shortcoming is that if the skin is dry, it will produce an itchy feeling; the second is the coating radiation-proof fabric, which is not highly valued by people because of its poor air permeability, inability to wash and fold, and easy to cause skin allergic reactions.