Enameled copper wire cleaning device and method of using enameled copper wire cleaning device for cleaning copper wires

Abstract

An enameled copper wire cleaning device comprises an alkali liquid cleaning device, a clear water cleaning device, a soft water cleaning device and a copper wire blow-dry device in sequential placement. Alkali liquid cleaning is a chemical action while ultrasonic cleaning is a physical action, the two actions are combined with soft water to thoroughly clean articles, and the defect that continuity and uniformity in cleaning of the copper wires cannot be guaranteed due to singleness of existing cleaning techniques is overcome. When the enameled copper wire cleaning device is used, the surfaces of the copper wires are flushed by means of combination of chemical alkali liquid cleaning and physical ultrasonic cleaning, residual alkali liquid is flushed away by clear water, then physical ultrasonic cleaning with soft water serving as a medium is carried out, finally oil stains, copper powder and residual alkali liquid on the surfaces of the copper wires are flushed away by means of high-pressure water flushing, and a high-pressure vortex pump presses air flows into a copper wire blow-dry pipe for drying the surfaces of the cleaned copper wires by blowing. Cleaning liquids flow into cleaning liquid tanks through bottoms of cleaning liquid storage tanks after the copper wires are flushed, and the cleaning liquids are recycled for effectively cleaning the copper wires.

Description

technical field [0001] The invention relates to a copper wire cleaning process, in particular to a mechanized enamelled copper wire cleaning device and a method for cleaning copper wires using the same. Background technique [0002] The traditional enamelled copper wire cleaning method is that the copper wire passes through a soft water cleaning tank made of stainless steel. There is a bracket for placing felt in the tank, and the oil stain on the surface of the copper wire is cleaned by rubbing two felts. [0003] There are two problems with this approach: [0004] 1. The oil stain on the surface of the copper wire is only cleaned by rubbing two pieces of felt, and the cleaning method is single and the cleaning effect is not good; [0005] 2. As the cleaning time increases, more and more dirt will accumulate on the felt that is in contact with the copper wire. If the felt is not replaced in time, the purpose of cleaning will not be achieved, and even the accumulated dirt w...

AI Technical Summary

Problems solved by technology

[0004] 1. The oil stain on the surface of the copper wire is only cleaned by rubbing two pieces of felt, and the cleaning method is single and the cleaning effect is not good;

[0005] 2. As the cleaning time increases, more and more dirt will accumulate on the felt that is in contact with the copper wire. If the felt is not replaced in time, the purpose of cleaning will not be achieved, and even the accumulated dirt will affect the copper wire. clean

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