A kind of double-sided cut pile velvet fabric and its weaving method

Abstract

The invention discloses double-faced cut pile velveting and a weaving method thereof. The double-faced cut pile velveting comprises basic cloth and pile. The pile is obtained through pile warp solidified on the basic cloth by means of pile cutting and weft straightening. The basic cloth is composed of loose warp, tight warp and basic cloth weft. The pile warp is solidified on four pieces of basic cloth weft in an M type or W type to form a solidification unit. Two pieces of basic cloth weft in the middle of each solidification unit are symmetrically distributed on the two sides of the corresponding tight warp under cohesion of the corresponding pile warp and the corresponding loose warp. The M-type solidification units and the W-type solidification units are alternately distributed in the warp direction and the weft direction of the basic cloth. The double-faced cut pile velveting is good in pile firmness, soft in hand feel, simple in structure and convenient to weave. By means of the method, the effect of increasing the curve height of the pile can be achieved through equal-diameter weft, and the double-faced cut pile velveting with the firm pile and soft hand feel is woven.

Description

technical field [0001] The invention relates to a velvet fabric and a weaving method thereof, in particular to a double-sided cut velvet fabric and a weaving method thereof which increase the fastness of the piles by increasing the buckling wave height of the fluff on the base fabric and make the fabric soft. It belongs to the field of textile technology. Background technique [0002] Compared with double-sided napped fabrics, double-sided cut pile velvet fabrics are gradually being loved by people because they have many advantages such as washable, machine washable, novel and unique. Most of the fluff of the double-sided cut pile velvet fabric in the prior art is consolidated with three weft yarns of back-to-back shared base cloth with W plus M-shaped shape when weaving, and forms through cut pile, weft drawing and finishing at last. The fastness of the pile is formed by the mutual extrusion between the weft yarns of the three weft yarns, and the buckling wave height forme...

AI Technical Summary

Problems solved by technology

The fastness of the pile is formed by the mutual extrusion between the weft yarns of the three weft yarns, and the buckling wave height formed by the diameter of the three same weft yarns, which brings a series of problems: such as weaving difficulty, A certain fabric tightness must be reached in order to squeeze the fluff between the weft yarns and make the fluff firm; another example is the fabric feel, the fabric tightness has been reached, and the fluff is firm, but the hand feel is due to the tightness of the fabric. tight and hard

Therefore, the double-sided cut pile velvet fabric has always been plagued by whether the pile fastness and the fabric feel can be both, and the development of the double-sided cut pile velvet fabric has fallen into a bottleneck.

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