Mint fiber spunlace non-woven mask substrate and preparation method thereof

Abstract

The invention relates to an antibacterial healthcare spunlace fabric, in particular to a preparation method and application of a mint fiber spunlace non-woven mask substrate. The mint fiber spunlace non-woven mask substrate is prepared from, by weight, 10-100% of mint fiber, 0-90% of copper ammonia fiber, 0-90% of pearl fiber, 0-90% of viscose and 0-90% of polyester fiber. The mint fiber spunlacenon-woven mask substrate has the advantages that the developed mint fiber spunlace non-woven mask substrate is soft in touch and good in adsorption, has the water wetting and lightsome skin feeling and has the efficient anti-aging, anti-radiation, anti-bacterial and anti-oxidative effects, and the mask substrate has the functions of preserving moisture, activating cells, supplying oxygen and the like, and achieves the nourishing, nutritional and healthcare effects on the skin.

Description

technical field [0001] The invention relates to a health-care spunlace cloth for medical textiles, in particular to a mint fiber spunlace nonwoven fabric processed by mixing mint fiber, cupro fiber, pearl fiber, viscose fiber and polyester fiber. Mask base fabric and its preparation method and application. Background technique [0002] After the pre-wetted fiber web enters the spunlace area, multiple streams of extremely fine high-pressure clustered water jets are ejected from the small holes of the water jet plate of the spunlace head, and shoot vertically to the fiber web, causing a part of the surface fibers in the fiber web to displace and vertically Net bottom movement, when the water needle penetrates the fiber net, it is rebounded by the conveying net curtain against the high-pressure water flow, and scatters to the opposite side of the fiber net in different directions. Movement, interspersion, entanglement, and cohesion occur between them, forming countless soft en...

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

[0010] 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.