Antistatic treatment device and process for silk cloth

Abstract

The invention relates to the technical field of fabric technology, in particular to an antistatic treatment device and process for silk cloth. According to the method, a fabric containing conductive yarns and spun silk is adopted as a raw material to weave antistatic silk cloth, the antistatic silk cloth is soaked in an antistatic agent solution after being subjected to boiling-off rinsing and antibacterial treatment, after excess water is preliminarily squeezed out by an extrusion mechanism, the silk cloth is then dried by a drying drum to eliminate the evaporation peculiar smell of the antistatic agent. According to the method, the problem of serious static electricity in spun silk spinning is effectively relieved, and the antistatic capacity of the silk cloth is further improved; and the silk cloth is preliminarily squeezed after being soaked in the antistatic agent solution, the antistatic agent solution is saved, meanwhile, follow-up drying consumption of the silk cloth is reduced, when the silk cloth is soaked in the antistatic solution, the antistatic solution forms stirring convection through a stirring spray head, automatic constant-proportion supplementing is conducted after the antistatic agent solution is consumed, the silk cloth soaking effect is improved, and meanwhile the workload of workers is reduced.

Description

technical field [0001] The invention relates to the technical field of fabric technology, in particular to a silk cloth antistatic treatment device and process. Background technique [0002] Spun silk refers to the yarn processed by silk by-products through combing, drafting, twisting and other spinning processes similar to cotton yarn. Silk fabrics are plain weave, light and thin in texture, tough and flat. [0003] Affected by its own material, spun silk has serious static electricity during the spinning process, and the spun cloth made of it will also rub against each other during storage and transportation to generate static electricity, which will cause inconvenience in subsequent processing. It produces tingling and itching, and feels very uncomfortable. The existing antistatic technology is mainly based on padding antistatic agent, but the uniformity of the antistatic agent solution is unstable and the infiltration effect is not good during the padding process, and it...

AI Technical Summary

Problems solved by technology

[0003] Affected by its own material, spun silk has serious static electricity during the spinning process, and the spun cloth made of it will also rub against each other during storage and transportation to generate static electricity, which will cause inconvenience in subsequent processing. It produces tingling and itching, and feels very uncomfortable. The existing antistatic technology is mainly based on padding antistatic agents, but the uniformity of the antistatic agent solution is unstable and the infiltration effect is not good during the padding process. Intelligent proportional replenishment according to the consumption of antistatic solution

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