Novel random-to-tear formaldehyde and odor removing fabric

Abstract

The invention relates to the technical field of characteristic fabrics, and in particular, relates to a novel random-to-tear formaldehyde and odor removing fabric. An anti-bacterial and anti-mite fiber layer in the fabric has the anti-bacterial and anti-mildew functions, and with addition of characteristics of a high-density material formed by own chrysanthemum petal-shaped fibers, the fabric alsohas the function of blocking mites and has good water absorption; at the same time, with cooperation of a formaldehyde-removal reduction-oxidation ultra-fine denier fiber layer, the fabric can decompose odor, formaldehyde and harmful gases, so the fabric has multiple functions and can meet the needs of modern society for household textile fabrics at the same time. The novel random-to-tear functional fabric is equipped with a number of crisscross shear lines. Users can choose the size of the fabric area according to their own use conditions, and the use of the fabric is effectively controlledand saved, so that the use of the fabric can be more rational. The novel random-to-tear functional fabric has the advantages of reasonable structure design, convenient production and processing, goodcomposite multi-functional characteristics, and wide application range, and is suitable for promotion and use.

Description

Technical field [0001] The invention relates to the technical field of special fabrics, in particular to a new type of fabric capable of removing formaldehyde at will. Background technique [0002] Rags can be said to be everywhere in our lives and every detail of life. From the kitchen to the bedroom to the guest room, from the hotel to the home to the office, it can be considered ubiquitous. There are not many daily necessities so popular, but they are rarely valued. Obviously, the main function of the rag is to wipe the floor or table. Therefore, all cotton, linen and other fabrics used to wipe utensils can be called wipes, but if you do not pay attention to the hygiene of the wipes themselves, they may also become a breeding ground for bacteria. It is easy to breed bacteria when the rags are randomly placed in a damp environment, and most of the common rags have been fixed in size. Users cannot adjust the size of the rags according to the actual situation, which makes the...

AI Technical Summary

Problems solved by technology

Therefore, all cotton, linen and other fabrics used to wipe utensils can be called rags, but if you do not pay attention to the hygiene of the rag itself, it may also become a breeding ground for bacteria.

The rags are randomly placed and in a humid environment, it is easy to breed bacteria, and most of the common rags have a fixed size, and the user cannot adjust the size of the rag according to the actual situation, resulting in the rag being too small to use or too much waste

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