A kind of cleaning equipment of ceramic membrane plate

Abstract

The invention discloses cleaning equipment for a ceramic membrane plate. The cleaning equipment comprises an equipment shell, a door plate, an air cylinder, a first high-pressure sprayer, a second high-pressure sprayer, a clamping piece, a safety grating, a reservoir, a connecting shaft and a high-pressure pump. The first high-pressure sprayer is composed of a first nozzle and a branch pipe. The branch pipe comprises a U-type pipe main body, and a first connecting pipe and a second connecting pipe are arranged on the two sides of the U-type pipe main body correspondingly. The second high-pressure sprayer comprises a rotating pipe body and rotates in a second through hole through the matching of the rotating pipe body and a bearing. Second nozzles are distributed at one end of the rotatingpipe body in an array mode. Capillary holes of the ceramic membrane plate are dredged in a high-pressure cleaning mode, the ceramic membrane plate can be fully cleaned, the working and cleaning of theceramic membrane plate can be distinguished, and adequate cleaning of the ceramic membrane plate is ensured. Cleaned ceramic membrane plates can be reused by an enterprise, so that the cost of the enterprise is reduced, and resources are fully utilized.

Description

Technical field [0001] The invention relates to a cleaning equipment, in particular to a cleaning equipment of a ceramic diaphragm. Background technique [0002] Ceramic membranes have a wide range of applications in mineral powder recovery, with high efficiency and relatively high dryness of the recovered mineral powder. Because the sales price of mineral powder is directly related to the percentage of substances contained in the mineral powder, the moisture content is relatively high. When it is high, the percentage of substances contained in the mineral powder is relatively low. The use of ceramic diaphragms to recover mineral powder is beneficial to increase the price of mineral powders; however, the price of ceramic diaphragms is relatively expensive. In the prior art, ceramic diaphragms are used During the process, the capillary holes in the ceramic template are easily blocked and affect the recovery of mineral powder. There are two main types of cleaning of ceramic membran...

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Problems solved by technology

[0002] Ceramic membrane plates are widely used in mineral powder recovery, with high efficiency and relatively high dryness of recovered mineral powder. Since the sales price of mineral powder is directly related to the percentage of substances contained in mineral powder, the moisture content is relatively high. When it is high, the percentage of the substance contained in the ore powder is relatively low, and the use of ceramic membrane plates to recycle the ore powder is beneficial to increase the price of ore powder; but the price of ceramic membrane plates is relatively expensive, and ceramic membrane plates are used in the prior art During the process, the capillary pores in the ceramic formwork are easily blocked and affect the recovery of mineral powder. There are mainly two types of ceramic membrane cleaning in the prior art. These two cleanings are performed while the ceramic membrane is working. The first The first is to use ultrasonic cleaning to vibrate the blockages in the capillary pores by ultrasonic vibration; the second is to use high-pressure water to generate high pressure inside the ceramic membrane plate to dredge the capillary pores; these two cleaning methods are both in the ceramic membrane When the plate is working and cleaning, the blockage in the capillary pores will not be cleaned up in time, and it will enter the next work flow, which will cause the blockage to expand locally, resulting in the ceramic membrane plate not being able to recover the mineral powder normally. Ceramic membrane plates that cannot be used normally are usually directly scrapped, which greatly increases the cost of the enterprise and cannot make full use of resources

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