Textile processing equipment

Abstract

The invention discloses textile processing equipment which comprises a machine body, an unwinding device arranged on the machine body, a winding device arranged on the machine body, a wax melting boxlocated between the unwinding device and the winding device and arranged on the machine body, a waxing device arranged on the wax melting box, a yarn pulling device and a wax applying device used forapplying wax on textile yarns. According to the textile processing equipment, automatic feeding and discharging of the yarns are achieved, the automation degree is high, waxing is uniform, and a wax layer is firm.

Description

technical field [0001] The invention relates to the technical field of textile processing, in particular to a textile processing equipment. Background technique [0002] Yarn is the basic raw material for weaving. In the prior art, the yarn needs to be waxed before the yarn is used for weaving, so as to reduce the friction coefficient value of the yarn surface, reduce the friction between the yarns, facilitate the unwinding of the yarn, reduce the Deterioration of small yarn hairiness. Existing waxing on yarn basically uses solid wax to rub on the yarn body, so that part of the wax is attached to the yarn. During the waxing process of the yarn, the wax block rotates around the axis under the drag of the yarn. In order to achieve the purpose of uniform waxing. There are the following defects: the waxing on the yarn is uneven, the yarn is waxed in a straightened state, and the wax penetration ability after heating is poor, so that only one layer is applied to the surface of ...

AI Technical Summary

Problems solved by technology

There are the following defects: the waxing on the yarn is uneven, the yarn is waxed in a straightened state, and the wax penetration ability after heating is poor, so that only one layer is applied to the surface of the yarn, and the wax layer is very easy after subsequent cooling and bending Falling off; Need to manually load and unload the yarn, the labor intensity is high, and the degree of automation is low

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