Sarcandra glabra fiber spunlaced nonwoven mask base cloth and preparing method thereof

Abstract

The invention relates to anti-microbial and health-care spunlaced cloth, in particular to a preparing method and application of sarcandra glabra fiber spunlaced nonwoven mask base cloth. The sarcandra glabra fiber spunlaced nonwoven mask base cloth is prepared from, by weight, 10-100% of sarcandra glabra fiber, 0-90% of viscose and 0-80% of polyester fiber. The sarcandra glabra fiber spunlaced nonwoven mask base cloth has the advantages of having health care functions of resisting and inhibiting bacteria, cleansing the skin and strengthening the constitution, protecting and nourishing the skin, moisturizing the skin and the like, being skin friendly, high in hygiene, capable of effectively promoting metabolism, preventing skin ageing, and having a great protective effect on the human body; meanwhile, the nonwoven mask base cloth is good in hygroscopicity, wet permeability and breathability, and has the functions of preserving moisture, activating cells, supplying oxygen and the like, and has the effects of conducting nourishing, supplementing and health care on the skin and the like.

Description

technical field [0001] The invention relates to a health-care spunlace nonwoven fabric used for medical textiles, in particular to a spunlace nonwoven mask base fabric made of grass coral fiber, viscose fiber and polyester fiber and processed after mixing And its preparation method and application. Background technique [0002] Spunlace consolidation method, also known as jet spunlace method, is a new type of nonwoven fabric processing technology. The spunlace nonwovens process is to continuously spray the fiber web through high-pressure water flow, and under the action of hydraulic force, the fibers in the fiber web will move, shift, rearrange and entangle with each other, so that the fiber web can be reinforced to obtain certain physical and mechanical properties. Spunlace products have good hygroscopicity and air permeability, soft hand feeling, high strength, good drapability, no hair loss, no adhesive, and no pollution to the environment, so they are also called "green...

AI Technical Summary

Problems solved by technology

However, the wet breaking strength is small, and the shrinkage deformation of the fabric made of pure viscose fiber is large

The strength of viscose fiber is lower than that of cotton fiber, it is not washable, its elongation at break is higher than that of cotton fiber, it has poor wear resistance, it is easy to deform under small load, it has poor dimensional stability, low stiffness and poor elasticity

[0009] Polyester fiber has the advantages of high strength, good recovery, and good heat setting, but the mass specific resistance of polyester fiber is large, and the electrostatic phenomenon is prominent, which makes it difficult to form a net in the process of carding pure polyester fiber.