Multicomponent natural fibre blended fine count and production process thereof

Abstract

The invention discloses a multi-component natural fiber blended spinning high count yarn. The materials of the multi-component natural fiber blended spinning high count yarn consist of cotton fiber, spun silk, cashmere fibre and wool fiber, 120 to 160 counts of the high count yarn are weaved. The process mainly comprises the steps that: four kinds of fiber of the cotton fiber, the spun silk, the cashmere fibre and the wool fiber are blended evenly; a process silvering is made from cashmere; roving is made by adopting a semi-combed process; a twisting roving yarn is made through drawing for three times; high count yarn is weaved by adopting a fine spinning process; high count spun yarn is yarned by a four roller spinning frame by a tight spinning technology; then the high count spun yarn is doffed, doubled and two for one twisting so as to make the finished products of high count yarn. The high count yarn has the advantages that: the blended yarn has the advantages of various natural fiber, overcoming the shortcomings of the fiber and complementing with each other; the process is advanced and is capable of weaving the high count blended yarn with stable quality.

Description

Multi-component natural fiber blended high-count yarn and its production process technical field The invention belongs to the technical field of wool textiles, and relates to a multi-component natural fiber blended high-count yarn product and a production process thereof. Background technique High-count yarns made of a variety of natural fiber blends have the advantages of complementing each other with raw materials, and have become a direction of textile development in recent years. Because each fiber has its own advantages and disadvantages, only by combining and blending with each other can it be possible to form more distinctive textile products. For example, cotton fiber has the advantages of soft hand feeling, good hygroscopicity and air permeability, but its wet wrinkle resistance is poor, and the fabric is easy to wrinkle; silk fabric has the advantages of good elongation, bright luster, and good elastic recovery, but its cost Higher, prone to thread picking; cash...

AI Technical Summary

Problems solved by technology

For example, cotton fiber has the advantages of soft hand feeling, good hygroscopicity and air permeability, but its wet wrinkle resistance is poor, and the fabric is easy to wrinkle; silk fabric has the advantages of good elongation, bright luster, and good elastic recovery, but its cost Higher, prone to thread picking; cashmere products are smooth and soft, soft to the touch, but slightly lower in strength and expensive; wool products have strong wrinkle resistance and resilience, and the fabric is quite scratchy, and it is easy to pilling if not handled properly

If the above various fibers are to be blended into yarn, fiber raw materials with the same fiber length or similar spinning properties are generally used for blending. However, due to the original fiber length limitation of various natural fibers, it is difficult for many fibers to interact with each other. Blending, especially high-count blended yarns is difficult to produce, which also limits the blending varieties between textile raw materials with different properties