Plate electrode for electrolyzing water

Abstract

The invention relates to a plate electrode for electrolyzing water. The plate electrode is composed of an external layer pole plate, an internal layer pole plate and an internal-layer-pole-plate conductive column, the external layer pole plate and the internal layer pole plate are both needed cylinder-shaped tube bodies formed by cutting a formed tubular product through sections, the side wall of each tube body is welded with the corresponding conductive column, and both the tube bodies are of a hollow structure and in the same shape. The plate electrode for electrolyzing the water has the beneficial effects that the formed tubular product is adopted to be cut into the tube bodies with needed lengths through the sections, the side walls of the tube bodies are welded with the conductive connecting columns, and compared with a traditional plate electrode, the manufacture technology can be saved greatly; and the height of the tube-shaped plate electrode can be set according to the size of an applied diameter of an opening, and therefore the problems that a traditional plane plate electrode is inconvenient to mount and limited to use due to the small diameter of a bottle opening are solved.

Description

technical field [0001] The invention relates to the technical field of electrolyzed water, in particular to an electrode plate for electrolyzed water. Background technique [0002] Electrolysis of water refers to the formation of tens of thousands of pairs of electrodes at the moment of contact with water, which will electrolyze the water, make the hydrogen ions in the water form hydrogen gas and overflow the water surface, and produce hydroxide ions, making the water weakly alkaline and the pH value Between 7.5 and 9.5, it has an excellent ability to neutralize the acidity of the human body. Due to the existence of active hydrogen, the water forms a negative potential as high as -250mv. Due to the action of micro-electrolysis, far-infrared and magnetic fields, the molecular chains of water in macromolecular groups are broken, and the structure of water molecules is rearranged to form hexagonal water, which is a small molecular group of 5 to 7 water molecules full of vitalit...

AI Technical Summary

Problems solved by technology

[0003] Based on the actual situation, this case pointed out that among the many unsolved problems and expandable technical links, the existing electrolytic water electrode plates have many and complicated production and processing techniques, and their processing and production costs are also relatively high. For example, the traditional planar electrode plate plate, because the contact surface between the plane of the receiving electrode plate and the electrolyzed water is relatively small, it cannot achieve a good electrolyzed water effect

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