An electroplating slider drying equipment

Abstract

The invention discloses electroplating pull head drying equipment. The electroplating pull head drying equipment comprises a shell, guide rails and rotating hooks. The shell is provided with containing space, and hot air holes are formed in the inner side wall of the shell. The guide rails are arranged in the shell. The rotating hooks are used for hanging hanging tools, and to-be-dried pull headsare arranged on the hanging tools in a hung manner. The rotating hooks are arranged on the guide rails in a hung manner and move in the shell along the guide rails, and the hanging tools arranged on the rotating hooks in a hung manner and the to-be-dried pull heads are dried by hot air blown out of the hot air holes. The electroplating pull head drying equipment has the advantages that the electroplating pull head drying equipment can achieve omni-directional automatic hot air drying on the pull heads hung on the hanging tools through mutual cooperation of the hot air and the guide rails; thestructure is simple; stability is good; the pull heads can be fully dried; and according to the advantage of open type drying, water vapor volatilization is thorough, and water marks are not prone tobeing left on the surfaces of the pull heads.

Description

technical field [0001] The invention belongs to the technical field of electroplating zippers, and in particular relates to an electroplating slider drying equipment. Background technique [0002] After the slider is electroplated on the hanger, it needs to be washed with water. Generally, the surface is relatively wet. After electroplating, the slider needs to be sprayed with oil to protect and improve the appearance of the slider. Moisture will affect the sealing effect of the paint, so The moisture in the slider needs to be removed before the oil sealing treatment. [0003] At present, the conventional method is to dry by artificially blowing hot air. Because the arrangement of the sliders in the hanger is relatively scattered, the manual drying method is not only inefficient, but also may miss the sliders that have not been dried, which will affect the subsequent paint spraying process, making the rate of defective products difficult. reduce. And because the upper sli...

AI Technical Summary

Problems solved by technology

Because the arrangement of the sliders in the hanger is relatively scattered, the manual drying method is not only inefficient, but also may miss the sliders that have not been dried, which will affect the subsequent paint spraying process, making the rate of defective products difficult. reduce

Moreover, due to the mutual blocking of the upper slider of the hanger and the hanger itself, the simple method of blowing hot air from only one direction cannot achieve the effect of uniform drying.

This problem can be solved by using multi-directional drying, such as an oven, but the equipment itself is more complicated and it is more difficult to automate

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