Snowflake melange yarn and processing method

Abstract

The invention relates to the technical field of spinning, in particular to a snowflake melange yarn. The yarn comprises 50 percent of polyester fibers, 38 percent of cotton fibers and 12 percent of viscose by weight, wherein partial of or all fibers in at least one of the fibers are dyed fibers, the dyed fibers are mixed with the undyed fibers uniformly, and the uniformly-mixed fibers are spun to form the dreamy snowflake melange yarn through a spinning process. The yarn comprises the following processing steps: sprinkling oiling agent water on the dyed fibers for braising for at least 10 hours, weighing the fibers with different colors and in different proportions for uniform mixing, and putting the uniformly-mixed fibers in a spinner for spinning. In the melange yarn, the proportioning of the fibers and the color proportioning in each fiber are reasonable, and a small number of fibers in the fibers are only needed to be dyed. The melange yarn can improve the grade of products made of common raw materials obviously, has the characteristics of softness, stiffness and smoothness and comfortable wearing, and can be made into different T-shirts, high-grade underwear, coats, fashionable dresses and household textile products.

Description

technical field [0001] The invention relates to textiles and textile technology, in particular to a snowflake blended yarn and a processing method. Background technique [0002] In the prior art, blended yarns are all selected from different fibers and spun by spinning machines, and the blended yarns after spinning or the cloth woven by blended yarns generally need to be dyed, and the existing dyeing technology generally needs to be dyed. The spun blended yarn or cloth is 100% dyed. This dyeing method not only wastes water, consumes electricity, but also pollutes the environment, and the cost of dyeing will be high. How to reduce the loss of blended yarn or cloth spun from blended yarn? The pollution caused by dyeing to the environment is a technical problem to be further solved. [0003] Because polyester fiber has excellent elasticity and good shape retention, it is an excellent insulating material and is widely used. [0004] Viscose fiber belongs to regenerated cellulo...

AI Technical Summary

Problems solved by technology

However, due to the decreasing area of ​​arable land, the land for planting cotton is also decreasing. At the same time, due to the constraints of seasonal and regional conditions for cotton growth, it is far from meeting people's consumption requirements for clothing and various supplies.