An electrode foil washing and cleaning device

Abstract

The invention relates to the field of electrode foil cleaning devices, in particular to an electrode foil cleaning device, including a support structure, a storage structure, a reversing structure, a flushing structure, a trachea, a diversion sleeve, a driving structure and a cleaning structure; the storage structure There is a reversing structure for reversing and guiding the electrode foil inside, so that the electrode foil is a combination of two Z-shaped structures inside the storage structure, and then reversing the electrode foil, extending the storage capacity of the electrode foil. The winding length inside the structure is convenient for rinsing the electrode foil; it is convenient to quickly rinse the electrode foil and clean the water droplets on the electrode foil through the rinsing structure; the driving structure is connected to the diversion sleeve for cleaning waste and water droplets. , so that the electrode foil drives the driving structure during the conveying process, so that the driving structure drives the cleaning structure to shake, thereby effectively preventing waste and water droplets from adhering to the cleaning structure, and making the cleaning structure better in cleaning waste and water droplets.

Description

technical field [0001] The invention relates to the field of electrode foil cleaning devices, in particular to an electrode foil cleaning device. Background technique [0002] The existing electrode foil production process includes corrosion and chemical formation processes. The electrode foil enters the washing tank after it comes out of each treatment tank. In the washing tank, a large amount of tap water and pure water are used to spray and rinse the surface of the electrode foil to remove the surface of the electrode foil. Residual bath liquid, aluminum powder and other impurities; when the electrode foil comes out of each treatment tank, there will be residual bath liquid, aluminum powder, and even crystals or other sundries on the surface, which will easily cause surface crushing and perforation, and affect the appearance quality of the product; at the same time , because the remaining bath solution on the surface of the electrode foil leaving the tank is large and the...

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Problems solved by technology

[0002] The existing electrode foil production process includes corrosion and chemical formation processes. The electrode foil enters the washing tank after it comes out of each treatment tank. In the washing tank, a large amount of tap water and pure water are used to spray and rinse the surface of the electrode foil to remove the surface of the electrode foil. Residual bath liquid, aluminum powder and other impurities; when the electrode foil comes out of each treatment tank, there will be residual bath liquid, aluminum powder, and even crystals or other sundries on the surface, which will easily cause surface crushing and perforation, and affect the appearance quality of the product; at the same time , because the remaining bath solution on the surface of the electrode foil leaving the tank is large and the concentration is high, it needs to be washed with a large amount of water. If the cleaning is not clean, it will be brought into the next-level tank, causing pollution

[0003] However, the traditional electrode foil spraying and rinsing device is not convenient for quickly rinsing both sides of the electrode foil. Most of the electrode foils are washed horizontally into the rinsing tank. Adhesive to the electrode foil, the flushing effect is poor, and the water droplets are easy to splash during the flushing process, and it is easy for the water droplets to carry waste debris to the adjacent electrode foil. It is not convenient to quickly clean the water droplets on the electrode foil after flushing

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