Atmospheric plasma treatment mechanism and double-sided treatment mechanism for textiles with flip-type electrode group

Abstract

The invention relates to a turning type electrode group fabric atmosphere plasma treatment mechanism which comprises a case, a water cooling type discharge roller and at least one group of turning type ceramic electrode group, wherein the water cooling type discharge roller is arranged inside the case; the turning type ceramic electrode group is arranged at the periphery of the water cooling type discharge roller; a fabric is guided by guide rollers to pass through a fabric inlet, the water cooling type discharge roller and a fabric outlet in sequence; the turning type ceramic electrode group is connected with a cylinder; the turning type ceramic electrode group can be driven by the cylinder to press and hold the water cooling type discharge roller. The discharge roller and the electrode are adopted generate plasmas to treat the surface of a fabric, and waste and pollution caused in the water washing or chemical treatment process can be avoided; due to adoption of a rotary exhaust tube, ozone can be discharged out in time, and thus the plasma treatment effect is not affected; due to adoption of the cylinder, overall turnover of the turning type ceramic electrode group can be achieved, the fabric can be conveniently connected, the distance between the turning type ceramic electrode group and the water cooling type discharge roller can be conveniently adjusted, and the plasma generation position and the ejection direction as well as the ejection speed of plasma can be conveniently adjusted.

Description

technical field [0001] The invention relates to low-temperature atmospheric plasma uniform discharge surface treatment on the surface of textiles, which can physically clean, activate and etch the surface of textiles, so as to facilitate subsequent processing and use. Background technique [0002] Textiles are processed and woven from textile fibers. During the weaving process, there will be small hairs and foreign matter adhesion on the surface of the textiles, which will affect the appearance quality and cause great losses to the enterprise. Therefore, the surface of the textiles should be cleaned well. , is an indispensable process. At present, for the surface cleaning of textiles, wet washing or chemical methods are mainly used. This method will use a lot of water and chemicals, and the washing method will use multiple water tanks to complete the treatment, which uses a lot of water and produces a lot of sewage, resulting in high water consumption, consuming a lot of en...

AI Technical Summary

Problems solved by technology

This method will use a lot of water and chemicals, and the washing method will use multiple water tanks to complete the treatment, which uses a lot of water and produces a lot of sewage, resulting in high water consumption, consuming a lot of energy, and generating A large amount of sewage requires subsequent treatment

At the same time, the use of chemicals for surface treatment will also reduce the physical properties of textiles.

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