Manganese electrolytic cell equipment

Abstract

The invention provides manganese electrolytic cell equipment, comprising a fixed bracket, an electrolytic cell body, an anode plate, a cathode plate, a false bottom, a base solution conduit, an overflow port and the like. The electrolytic cell body is integrally cast by resin concrete, so that the electrolytic cell body can obtain higher strength, the seepage problem of the electrolytic cell bodycan be solved, and the service life of the electrobath body can be prolonged; the false bottom is integrally cast once by the resin concrete, and a wired seal groove is cast on the false bottom, wired sealing has better effect than face sealing, so that the problem of acid reflux can be well solved; the base solution conduit and the overflow port are also integrally cast by the resin concrete; the overflow port is provided with a liquid level regulation device which can adjust the level of the electrolytic cell according to electrolyte in different proportions with high operation precision, convenience and power saving.

Description

technical field [0001] The invention relates to an electrolytic cell equipment for electrolyzing metal manganese, in particular to an electrolytic cell made by an integral casting process. Background technique [0002] In the prior art, the manganese electrolytic cell is mainly composed of a wooden frame lined with PVC board, and its structure includes a fixed frame, an electrolytic cell body, an anode plate, a cathode plate, a false bottom, and a bottom liquid conduit. The wooden manganese electrolytic cell is made of multiple pieces of wood, and its structural strength is poor. Although it is lined with PVC board, the leakage of electrolyte cannot be guaranteed; the wooden false bottom plate and wooden flat-bottomed anode frame in the electrolytic cell are mostly assembled with sealing materials , but the sealing effect is not very ideal, it is easy to cause the leakage of the anolyte, at the slightest, it will affect the pH value of the electrolyte, and seriously, it will...

AI Technical Summary

Problems solved by technology

The wooden manganese electrolytic cell is made of multiple pieces of wood, and its structural strength is poor. Although it is lined with PVC board, the leakage of electrolyte cannot be guaranteed; the wooden false bottom plate and wooden flat-bottomed anode frame in the electrolytic cell are mostly assembled with sealing materials , but the sealing effect is not very ideal, it is easy to cause the leakage of the anolyte, at the slightest, it will affect the pH value of the electrolyte, and seriously, it will partially dissolve the electrolytic manganese accumulated on the cathode plate, causing environmental pollution; the leakage between wooden electrolytic cells increases Electricity consumption, the maintenance of the electrolyzer with the above structure is also troublesome

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