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Ordering telephone: 13931394493 This is a slurry pump, with open or semi-open impellers, wide flow channels, and large power. It is mainly used in industries such as mining, metallurgy, electricity, environmental protection, etc., and its function is to transport mixed liquids containing solid particles.Pump Basic Information

- Type: The ZGB(P) type slurry pump is a horizontal, single-stage, single-suction, cantilever centrifugal slurry pump.

- Features: Reasonable structure, high efficiency, reliable operation, convenient maintenance and repair.

- Application fields: Widely used in various industrial sectors such as power, metallurgy, mines, coal, construction materials, and chemical industries, for the transportation of slurries containing corrosive solid particles, such as the transportation of power plant ash and slag.

- Working pressure: The maximum allowable working pressure shall not exceed 3.6MPa, and the unit can be used in multiple stages in series within the allowable working pressure range.

Model Meaning Interpretation

Take the example of '150 Z G B (P) - 740'.

- 150: Indicates the diameter of the pump discharge outlet (mm).

- Z: represents slurry pump.

- G: Indicates high head.

- B: For the series code.

- (P)：Indicates a multi-stage series configuration (levels 3 and 4 are marked, levels 1 and 2 are not marked).
Text Content Details

- The basic information of the pump: The ZGB(P) type slurry pump is a horizontal, single-stage, single-suction, cantilever centrifugal structure. This structure design enables the pump to effectively avoid excessive wear of the critical components when handling slurries containing solid particles, while also being convenient for installation and maintenance. Its single-suction design means that the liquid enters the impeller from one side, which is relatively simple and low-cost.

- Performance Features: Emphasizes a rational structure, high efficiency, reliable operation, and convenience for maintenance and repair. The rational structure is reflected in the scientific layout of the components, which can reduce energy loss and improve working efficiency. The reliable operation is due to the reasonable structural design and material selection, which allows stable operation under harsh conditions. The convenience for maintenance and repair is because the structure is easy to disassemble and replace the wear parts.

- Application scope: Suitable for multiple industrial sectors such as power, metallurgy, and mining, for the transportation of corrosive solid particle slurries. These industries produce a large amount of such slurries during the production process, requiring specialized pumps for transportation, and slurry pumps meet their needs.

- Working pressure and parallel use: The maximum working pressure should not exceed 3.6MPa, and it can be used in multiple stages in series. Multiple-stage series can significantly increase the lift without changing the structure of the single pump, meeting the needs of slurry transportation over long distances and high elevations.

- Model Interpretation: Detailed interpretation of the model "150 Z G B (P) - 740". "150" indicates the outlet diameter, which determines the pump's flow scale; "Z" highlights the slurry pump property; "G" emphasizes the high lift characteristics; "B" is the series code, distinguishing different design series; "(P)" indicates the multi-stage series connection; "740" indicates the impeller diameter, which affects the pump's performance parameters, such as flow, lift, etc.

Illustration details

- Appearance and Structure: The accompanying picture shows the appearance of the slurry pump, with the contours of its pump body and impeller, key components visible. The pump body is thick and made of wear-resistant material, capable of withstanding the erosion of slurry. The impeller is designed to adapt to the presence of particle-containing media, with optimized blade shapes and angles that effectively transfer energy while reducing particle wear.

- Component Interrelationship: It can be inferred from the diagram that the connection relationship between various components, such as the connection method between the impeller and the pump shaft, the connection parts between the pump body and the inlet and outlet pipes, etc. These connection points need to ensure sealing and stability to prevent slurry leakage and component looseness. Hardware tools
- 740: represents the impeller diameter (mm).