Double-sided waxing device

Abstract

The invention discloses a double-sided waxing device which comprises a rack consisting of an upright, a cross arm arranged at the upper middle part of the upright in a cantilever manner and a strut supported below the cross arm, wherein the upper middle part of the strut is provided with a cantilever cross frame in a manner parallel to the cross arm and extending toward the same direction; a first fixing yarn guide roller is mounted on the other side of the strut corresponding to the mounting side of the cantilever cross frame through a bearing seat; a first waxing roller in a first wax trough is mounted on the cantilever cross frame through a bearing seat; a floating roller is mounted at a cantilever end of the cross arm through a support plate, a guide rod, a bearing seat and a cylinder; the cross arm between the floating roller mounting position and the strut is fixedly provided with a second waxing roller in a second wax trough through a bearing seat; the strut on the same side above the cross arm is provided with a second fixing yarn guide roller through a bearing seat; and a yarn sheet passes through the first fixing yarn guide roller and the first waxing roller, bypasses the floating roller and the second waxing roller and then is led out by the second fixing yarn guide roller to be waxed on both sides.

Description

technical field [0001] The invention relates to the technical field of textile machinery, in particular to a double-face waxing device. Background technique [0002] In order to make the surface of the sizing yarn sheet have good lubricity and softness, to reduce the warp yarn breakage rate during weaving, and to improve the fabric quality, the yarn sheet needs to be waxed after sizing and drying. The traditional waxing device is mostly waxed on one side, and the waxed yarn on one side is only waxed on one side, and the waxing is uneven, so the abrasion resistance is not good, resulting in more broken ends during weaving, and after weaving into fabrics , There will be chromatic aberration when the wax is removed, which directly affects the weaving efficiency and fabric quality. It can only be applied to low-end varieties, and it is difficult to meet and adapt to the needs of high-end textile fabrics. Contents of the invention [0003] The purpose of the present invention ...

AI Technical Summary

Problems solved by technology

The traditional waxing device is mostly waxed on one side, and the waxed yarn on one side is only waxed on one side, and the waxing is uneven, so the abrasion resistance is not good, resulting in more broken ends during weaving, and after weaving into fabrics , there will be chromatic aberration when the wax is removed, which directly affects the weaving efficiency and fabric quality. It can only be applied to low-end varieties, and it is difficult to meet and adapt to the needs of high-end textile fabrics.

Images