Cathode copper ultrasonic cleaning groove

Abstract

The invention provides a cathode copper ultrasonic cleaning bath which mainly comprises a stainless steel cleaning bath, ultrasonic shaking plates, a steam coil and an electric control device. The ultrasonic shaking plates are arranged on the four side edges of the stainless steel cleaning bath; a water inlet pipe is arranged on the top of the stainless steel cleaning bath; an overflow gate is arranged on one side plate of the bath; the steam coil is spirally arranged on the bottom of the bath; and the ultrasonic shaking plates are controlled by the electric control device. The cathode copper ultrasonic cleaning bath realizes the effective removal of electrolyte residue and crystals on the surface of cathode copper and in the tiny gaps of the cathode copper, and avoids the copper sulphate crystallization phenomenon caused by the long-time storage of the cathode copper.

Description

technical field [0001] The invention relates to a hydrometallurgy device, in particular to a cleaning tank device for electrolytic copper. Background technique [0002] After the cathode copper is lifted out of the electrolytic cell, there will be electrolyte and crystals on the surface and in the gap between the lugs. In order to remove these substances, there are usually two methods, one is to scald with hot water, and the other is to use high-pressure hot water. rinse. The first method of scalding with hot water consumes more steam, and the hot water has poor fluidity, which cannot remove the residual electrolyte and crystals in small gaps well, and copper sulfate crystals will appear after storage for more than a week; the second This flushing method has good water fluidity, and has a good cleaning effect on the parts that can be directly rushed by the water flow, but it is not ideal for the residual electrolyte and crystallization in small gaps, and the steam loss is l...

AI Technical Summary

Problems solved by technology

The first method of scalding with hot water consumes more steam, and the hot water has poor fluidity, which cannot remove the residual electrolyte and crystals in small gaps well, and copper sulfate crystals will appear after storage for more than a week; the second This flushing method has good water fluidity, and has a better cleaning effect on the parts where the water flow can directly rush, but it is not ideal for cleaning the residual electrolyte and crystals in smaller gaps, and the steam loss is large.

Images