2results about How to "Electrolytic smooth" patented technology

The utility model relates to the technical field of electrolyzers, and discloses an electrolyzer taking an air electrode as a cathode, which comprises an electrolytic bath body, an electrolytic tin ingot block is arranged in the electrolytic bath body, the electrolytic tin ingot block is electrically connected with a positive electrode of a direct current power supply through a first copper wire, and a group of vertical through holes are arranged on the electrolytic tin ingot block. The air electrode is rolled into a cylinder shape and placed in the through hole, the top of the air electrode is exposed above the electrolytic tin ingot and electrically connected with the negative electrode of the direct-current power source through a second copper wire, and the bottom of the air electrode is flush with the bottom of the electrolytic tin ingot. The air electrode is used as the cathode, the cathode does not generate hydrogen, so that the device is more energy-saving, environment-friendly and safe, the oxygen reaction priority of the cathode is higher than the side reaction generated by sponge tin, and the generation of the sponge tin is greatly reduced.

This utility model discloses an electrolyte tank with an anti-precipitation and anti-turbulence structure, relating to the field of electrolyte tank technology. It includes a shell, a rotor pump on one side of the shell, a pipe fixedly connected to the input end of the rotor pump, the pipe penetrating the side wall of the shell and extending into the shell, a sealing plate slidably inserted into the shell, a power chamber on one side of the shell, and a drive assembly inside the power chamber, the drive assembly being connected to one end of the sealing plate. This utility model isolates the shell into two areas through the sealing plate. This design ensures that the operation of collecting precipitated impurities is independent of the area containing the normal electrolyte, avoiding interference with the normal electrolyte during precipitation collection. For example, it prevents precipitated impurities from being stirred and then mixed back into the normal electrolyte, ensuring the purity and quality of the normal electrolyte and facilitating the stable operation of the electrolysis process.