Multifunctional viscose containing sea mud and preparation method of viscose

Abstract

The invention provides multifunctional viscose containing sea mud and a preparation method of the viscose. The viscose is prepared from a viscose spinning solution and a sea mud colloidal solution, wherein the sea mud colloidal solution is composed of, by weight, 5%-25% of sea mud powder, 1.2%-3.5% of ailanthus altissima flower extracting solution, 1.5%-4.6% anasphalis sinica hance form.peterocaula(Franch.et savat.)ling extract, 0.3%-1.9% of coupling agent and the balance distilled water, the viscose spinning solution accounts for 80%-97% of the total weight of the viscose, and the sea mud colloidal solution accounts for 3%-20% of the total weight of the viscose. The above-mentioned raw materials are treated through multiple ways and mixed, conventional spinning, drawing, purifying and drying are conducted, and the multifunctional viscose containing the sea mud is obtained; the smell is fragrant, the skin adaptability is good, the functions of antibacterial deodorization, ultraviolet protection, acarus killing, mosquito repelling, skin care and health care are given simultaneously, the good spinnability and mechanical property are shown, the fiber forming strength is high, dyeing effect is good, and the wearability is excellent. The sea mud resource is fully utilized, and the economic value is improved.

Description

technical field [0001] The invention relates to a multifunctional viscose fiber containing sea mud and a preparation method thereof, belonging to the technical field of functional artificial fibers. Background technique [0002] Viscose fiber is a regenerated cellulose fiber with the general molecular formula (C 6 h 10 o 5 )n, n is the degree of polymerization. It is made of natural cellulose such as wood, reed, and cotton linters in nature, and is made into soluble cellulose xanthate through alkalization, aging, and yellowing processes, and then dissolved in dilute lye to make viscose. Made by wet spinning. Its properties are the closest to natural fibers, it has good hygroscopicity, and its moisture content is most in line with the physiological requirements of human skin. Other synthetic fiber blends are widely used in knitted underwear, sportswear, socks, masks, bed sheets, bedding, surgical gowns, surgical caps and other textiles. However, ordinary viscose fiber h...

AI Technical Summary

Problems solved by technology

However, due to the strong fishy smell of sea mud, low permeability coefficient and low absorption capacity, its active ingredients are difficult to be fully absorbed by the skin, and the use effect is poor.

Moreover, the content of sea mud clay particles is high, which cannot be well dispersed in the fiber, and it is easy to block the spinneret holes and affect the spinnability, thus limiting its application in many fields such as textile fibers.

After searching, there is no precedent of implanting sea mud into viscose collagen solution to make functional viscose fiber, and there is no literature report