Steam treatment device for textile fabric

Abstract

One or more embodiments of the present invention provide a steam treatment device for a textile fabric. The device comprises a base; a sealed housing is arranged above the base; side support walls are symmetrically arranged on the left and right sides of the sealed housing; vertical sliding grooves are formed in the inner side walls of the side support walls; a sealed steam treatment bin is arranged in the sealed housing; and steam input pipelines are arranged on the upper side and the lower side of the sealed steam treatment bin. According to the invention, cloth horizontally penetrates through the sealed steam treatment bin arranged in the sealed housing to be subjected to steam ironing treatment; the whole sealed steam treatment bin is of a sealed structure; clamping and conveying rollers are arranged at feeding and discharging ports of the cloth; the symmetrically-arranged clamping and conveying rollers can keep the overall sealing performance of the sealed steam treatment bin while clamping and conveying the cloth; and meanwhile, the feeding and discharging ports can be further isolated through air blown out of a sealed air pipe, so that steam leakage is avoided, steam can be recycled conveniently, and energy consumption is reduced.

Description

technical field [0001] One or more embodiments of this specification relate to the technical field of textile fabric production, and in particular, relate to a steam treatment device for textile fabric. Background technique [0002] Cloth is generally woven through various fibers, but during the weaving process, the fibers will be squeezed by various wire rollers or other equipment, resulting in deformation of the shape of the fibers. Certain wrinkles will result in the overall unevenness of the fabric, resulting in a decrease in the quality and feel of the fabric, and will also affect the subsequent steps of bleaching and dyeing. Therefore, it is necessary to steam iron the fabric during the processing. [0003] The applicant found that the overall processing efficiency of the current cloth ironing equipment is low, which wastes manpower and processing time, and in the ironing process, all steam needs to be directly spilled into the workshop air, resulting in the loss of al...

AI Technical Summary

Problems solved by technology

[0002] Cloth is generally woven through various fibers, but during the weaving process, the fibers will be squeezed by various wire rollers or other equipment, resulting in deformation of the shape of the fibers. Certain wrinkles will result in the overall unevenness of the fabric, resulting in a decrease in the quality and feel of the fabric, and will also affect the subsequent steps of bleaching and dyeing. Therefore, it is necessary to steam iron the fabric during the processing

[0003] The applicant found that the overall processing efficiency of the current cloth ironing equipment is low, which wastes manpower and processing time, and in the ironing process, all steam needs to be directly spilled into the workshop air, resulting in the loss of all steam, which is relatively wasteful Water resources and heat energy will also lead to an increase in the air humidity in the workshop, which will easily cause mildew in the processed and stored fabrics or damage to other processing equipment

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