The submerged slurry pump has a vertical, single-stage, single-suction cantilever centrifugal pump structure. The impeller is a semi-open type, and stirring vanes are installed at the extension of the suction side of the impeller. It is mainly used in industries such as environmental protection, municipal engineering, thermal power plants, coal gas coking plants, refineries, steel plants, mining, papermaking, cement plants, food factories, and printing and dyeing industries to suck thick liquids, viscous oil, oil residues, turbid liquids, slurries, mortar, quicksand, and the flowing sludge in urban sewage ditches, as well as fluids containing sand and slag and corrosive liquids.

The submerged slurry pump has a single-stage, single-suction cantilever structure. The hydraulic components of the pump are connected by the bearing block, support block, and connecting pipe. The liquid is discharged from the liquid outlet pipe component. The impeller of the pump is a semi-open impeller, and stirring vanes are installed at the extension of the impeller blade inlet. The main feature of this pump is that the pump shaft in the submerged part has sufficient rigidity. There is no bearing between the impeller and the pump casing, and no shaft seal is used. It can convey media containing a relatively high concentration of solid particles. The length of the pump inserted into the liquid is between 800 and 2000. If necessary, a suction pipe can be equipped. The shaft seal operates with the pump inserted into the liquid. There is no shaft seal. The transmission is carried out by a vertical motor installed on the motor support and support block, and it is connected to the pump with a coupling. The YZ type submerged slurry pump, SP type submerged slurry pump, and ZJL type submerged slurry pump all have a vertical, single-stage, single-suction cantilever centrifugal pump structure, with the impeller being a semi-open type, and stirring vanes are installed at the extension of the suction side of the impeller.

It is mainly used in industries such as environmental protection, municipal engineering, thermal power plants, coal gas coking plants, refineries, steel plants, mining, papermaking, cement plants, food factories, and printing and dyeing industries to suck thick liquids, viscous oil, oil residues, turbid liquids, slurries, mortar, quicksand, and the flowing sludge in urban sewage ditches, as well as fluids containing sand and slag and corrosive liquids.

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