Coaxial tow net composite yarn prepared from tows in different numbers, spinning method and application

Abstract

The invention relates to a coaxial tow net composite yarn prepared from tows in different numbers, a spinning method and application. The tow net composite yarn is a three-layer tow net composite yarn with tows and silk nets with different filament numbers and staple fiber strands mutually reinforced and wrapped and at least an axis coaxial with the staple fiber strands and can be used for weaving fabrics and fine high-grade fabrics which have clear textures, are soft and wear-resistant, have high strength, are resistant to pilling and are beautiful and comfortable. The spinning method realizing the composite yarn is characterized by adopting a silk spreading and splitting device to split filament tows into two asymmetric silk layers after spreading the filament tows into silk layers, wherein one silk layer goes straight or is led downward and is spread into a silk net by a silk spreading device; the other silk layer descends or ascends and is clustered; and the two silk layers and the staple fiber strands form upper, middle and lower axes to be synchronously fed into a front roller jaw and form the three-axis tow net composite yarn in a twisting triangle area. The method is suitable for spinning the protective, soft, smooth, clean, high-count and ultrafine-count composite yarns with ultrashort fibers liable to flock drop and flying and shorter and weaker recycled fibers.

Description

technical field [0001] The invention relates to a coaxial bundle net composite yarn with unequal numbers of beams, the spinning method of the composite yarn, the application of the composite yarn and the spinning method, and belongs to the filament bundle in the field of ring spinning. Composite spinning technology of splitting with equal number of strands and internal reinforcement and external wrapping protection for staple fiber strands after unfolding. Background technique [0002] With the rapid development of the textile industry, short and weak fibers such as noil and noil increase in the textile processing process; the fibers obtained from recycled textiles have a certain gap in length and strength compared with the original fibers; Some new ultra-short and fragile fibers, such as kapok and down, have begun to be paid attention to and utilized. The yarns spun from these shorter and weaker fibers have low strength and more hairiness. As a result, this type of short ...

AI Technical Summary

Problems solved by technology

[0005] The above-mentioned related methods, firstly, are all spinning for the purpose of changing the yarn style, fancy or high-branching of fibers with excellent spinnability, and cannot be used for spinning fibers with poor spinnability or fibers that cannot be spun at all. Second, it is not suitable for high-branched or even ultra-high-branched composite spinning of short and weak fibers

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