Technology for worsted spinning of high-elasticity thermal wool fabric

Abstract

The invention relates to a technology for worsted spinning of a high-elasticity thermal wool fabric. According to the technology for worsted spinning of the high-elasticity thermal wool fabric, a phosphate ester and antimonous oxide mixture serves as an anti-pilling agent for anti-pilling treatment, the anti-pilling effect of fibers and textiles is further improved, and the anti-pilling effect can reach the 4th-5th grade. A water-soluble organic silicon softening agent is used for softening treatment, so a wool and cashmere fiber textile has smoother and fuller hand feeling. Polyolefin elastic fibers have good characteristics of small elastic change and high tensile resilience, so advantage complementation and disadvantage reduction of various fibers are well achieved, and the fabric made from the fibers is better in strength, higher in water-absorbing and thermal performance, stiffer and beneficial to human body health and environment protection.

Description

technical field [0001] The invention relates to a production process of a fabric, in particular to a process of a high-elastic thermal insulation worsted wool fabric, which belongs to the technical field of garment fabrics. Background technique [0002] The most important wool fiber for textile is sheep wool, which is usually called wool, or wool fiber, or wool for short. Its advantages are obvious. First, it has high water absorption and is very comfortable to wear. Second, it has warmth retention property, natural curl, and can form many stagnant air zones as a barrier. The third is durable, with very good stretchability and elastic recovery. The wool worsted fabrics currently on the market are often due to the use of inappropriate manufacturing methods, which greatly reduces the quality of the fabrics. For example, the use of mordant dyeing process, although the color is uniform, the color fastness is good, and the cost is low, but the dyeing temperature is high, the t...

AI Technical Summary

Problems solved by technology

For example, the use of mordant dyeing process, although the color is uniform, the color fastness is good, and the cost is low, but the dyeing temperature is high, the time is long, the damage to the wool is great, and the fabric resilience is poor.

For another example, the use of inappropriate finishing process will make the surface of the fabric uneven, the phenomenon of curling is serious, the shrinkage rate is large, and it is easy to fluff and pilling