T/R elastic super-soft air knitted fabric and preparing method thereof

Abstract

The invention relates to a T / R elastic super-soft air knitted fabric and a preparing method thereof. The T / R elastic super-soft air knitted fabric comprises a fabric surface, an air layer and a bottomfabric. The fabric surface and the bottom fabric are each of a double-sided weave structure. The air layer is formed between the fabric surface and the bottom fabric. The fabric surface and the bottom fabric are formed with T / R dyed yarns and spandex stretch yarns through weft knitting. The T / R dyed yarns are dyed yarns spun from dyed polyester fibers and dyed artificial cellulose. The spandex stretch yarns are covered with the T / R dyed yarns. The air layer is woven from low-elasticity polyester filaments. The T / R elastic super-soft air knitted fabric has the advantages of being soft in handfeel, light in mass, good in drapability and strong in heat preservation performance; in the production process, the T / R elastic super-soft air knitted fabric can be obtained only through a low-temperature sizing process, lots of production cost is saved, factory benefits are improved, the influences on the environment are reduced, and the fabric has huge market prospects and social benefits.

Description

technical field [0001] The invention relates to the technical field of fabric weaving, in particular to a T / R elastic supersoft air knitted fabric and a manufacturing method thereof. Background technique [0002] With the progress of the times and the further improvement of people's quality of life, people have higher and higher requirements for the functionality of clothing. Therefore, a variety of functional fabrics have appeared on the market. Among them, air fabrics are popular in the market due to their good heat preservation and warmth effects. sought after. [0003] For example, the application number is CN201610084993.4, which discloses a cotton / spandex air layer thermal fabric and its manufacturing method. The thermal fabric is a double-sided structure with an air layer formed in the middle; the middle layer of the thermal fabric is made of high Twisted cotton yarn; the high-twisted cotton yarn is 100% cotton yarn with a twist coefficient of 4.3-7.0, and the cloth ...

AI Technical Summary

Problems solved by technology

The existing cotton / spandex air layer thermal fabrics all contain cotton yarn, and because the layers of the fabric are many and thick, the air layer thermal fabrics often have problems such as poor elasticity and hard hand feeling; in addition, this kind of cotton / spandex In the post-processing of the air layer thermal fabric, it needs to be pre-set at 180-195°C for 1-2 times, and then dyed at high temperature and high pressure before it can be colored. The dyeing process needs to be added twice to dye spandex first, and then dye cotton. The dyeing process It is complicated, wastes energy and dyes, and after high-temperature (usually above 130°C) high-pressure dyeing, the fabric feels hard and has poor elasticity. Therefore, the existing air layer thermal fabrics and manufacturing methods need to be further improved

Images