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Slurry pump refers to a machine that converts electrical energy into kinetic energy and potential energy by increasing the energy of the solid & liquid mixed medium, through the action of centrifugal force (rotation of the pump impeller). The main characteristics of the slurry pump are simple structure, small size, convenient and fast installation, and long service life. It is not necessary to install filters and pumps for operation without irrigation and water diversion. When conveying the slurry containing solid particles, the slurry will not block the pipeline or nozzle and affect the operation of the machine. When transporting chemical liquids, the slurry will not react with metals to corrode them. The slurry pump can be used to transport any form of liquid.
The slurry pump can be widely used in mining, electric power, metallurgy, coal, environmental protection and other industries to transport slurry containing abrasive solid particles. Such as slurry pumping in metallurgical concentrators, hydraulic ash removal in thermal power plants, coal slurry and heavy medium pumping in coal washing plants, dredging of river channel. In the chemical industry, it is also possible to transport some corrosive slurries containing crystals. The slurry pump used for selecting sand in seawater and dredging sand in river channels,so it is called sand pump or dredging pump. There are also mud pumps, impurity pumps, dredging pumps, sludge removal pumps, etc., which are all within the scope of application of slurry pumps. Although called name differently, they are collectively referred to as slurry pumps.
The reasonable selection of slurry pumps should start with the following two points: suction conditions and output conditions.
Suction conditions: Choosing appropriate suction conditions is the key to ensuring the normal operation of the pump. When pumping slurry, the pressure at any point in the system must never be lower than the liquid vaporization pressure at that temperature. Therefore, it is necessary to ensure that there is sufficient pressure at the pump inlet to enable the slurry to overcome pressure losses at the inlet, suction pipe, and impeller inlet, and to continuously feed the slurry into the impeller.
Further reading:
Output conditions: The working point of the pump is near the efficiency point. The specific requirements are: the allowable working range of the slurry pump is between 0.6 and 1.2 of the design flow rate (p), and the reasonable working range value is recommended to be between 0.7 and 1.1 p. A good operating working point is the design point or near the design point (generally the middle of the three sets of data for the product sample), and the smaller the deviation from the design point, the better, and work near the left of the efficiency point.
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Stable and reliable technology.
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Very big slurry pumps manufacturer in China, have independent slurry pump production lines.
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