Flexible and rotatable garment nano-microcapsule post-finishing spray device and operating process

Abstract

The invention discloses a flexibly rotating clothes nanometer microcapsule after-treatment spraying device and the operation technology; the spraying device comprises a sorting box body, a top plate, a multi-direction sprayer, and a controllable slide way device; the sorting box body is hollow; four vertical frames are arranged around the sorting box body; the top plate is arranged above the sorting box body; the multi-direction sprayer comprises a top high pressure spray unit, a side high pressure spray unit and a bottom high pressure spray unit; the controllable slide way device is arranged on the top of the sorting box body, and comprises a slide way, slide way fixing rods, and rotary clothes hangers; the rotary clothes hanger comprises a spiral suspension rod, a rotation screw hole and a flexible arm; a waste liquid tank is arranged blow a support lever; the side face of the waste liquid tank is provided with a waste liquid guide hole. The clothes nanometer microcapsule after-treatment spraying device can flexibly and evenly sort clothes, is lasting and environmental protection, can reduce cost, can effectively improve clothes product additional performance, is low in making cost, simple in operation technology, thus increasing economic benefits and social benefits.

Description

technical field [0001] The invention belongs to the intercrossing technical field of clothing science and technology, textile dyeing and finishing finishing technology and mechanical production equipment, and in particular relates to a flexible and rotatable clothing nano-microcapsule finishing spray device and an operating process. Background technique [0002] The nano-finishing of clothing is an important way to increase the added value of clothing and increase the profit of products. Garment nano-finishing technology is developing rapidly due to consumer demand. The nano-reagent finishing of garments requires less cost and is easy to operate. It can adapt to the different needs of different garments for nano-reagents, and it will also allow the treatment effect to penetrate into all parts of the garment, making the overall finishing effect lasting and excellent. [0003] Although there have been reports on the overall nano-finishing of clothing, due to the diversity of ...

AI Technical Summary

Problems solved by technology

[0003] Although there have been reports on the overall nano-finishing of clothing, due to the diversity of clothing styles, there are still obvious defects: first, the number of nano-reagents obtained from each area of ​​the clothing after treatment is different, resulting in uneven treatment effects; Due to the staggered or overlapping garment parts in some areas of the overall garment, the nano-finishing reagent cannot reach the interior of the fabric, thus affecting the overall effect of the finishing

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