Overview of filling industrial pumps
The filling industrial pump is an important mechanical equipment for transporting liquids, widely used in multiple industrial fields, especially playing a key role in mining filling, sewage treatment, solid waste treatment, and other aspects.


working principle
The filling industrial pump mainly uses centrifugal force and the action of the impeller to push the liquid out. When the motor drives the shaft to rotate, the impeller on the shaft also rotates. During the rotation process, the centrifugal force acting on the impeller sucks the liquid into the pump body from the inlet, and then pushes the liquid towards the outlet through the rotation of the impeller.

working process
Inhalation of liquid: After the motor starts, the shaft begins to rotate, and the impeller also rotates accordingly. The liquid is sucked into the pump body under the action of centrifugal force.
Transporting liquids: After being sucked into the pump body, the liquid is pushed towards the outlet of the pump body by the rotation of the impeller.
Discharge liquid: When the liquid is pushed to the outlet, it is transported to the place where it needs to be conveyed through the pipeline at the outlet.
application area 
The application of filling industrial pumps is very extensive, including but not limited to:

Mine filling: used for tailings filling in coal mining, metal mines, and non-metal mines.
Wastewater treatment: fields such as metallurgical and petrochemical industry wastewater treatment and solid waste treatment.
Applications under special circumstances: such as long-distance and high lift transportation of sludge from sewage treatment plants, dredging of rivers and lakes, tunnel construction, sea reclamation, etc.
Selection and main parameters
The selection of industrial pumps for filling needs to consider multiple factors, including working pressure, conveying distance, material properties, etc. For example, in the selection of horizontal transportation of tailings, according to the actual production situation, the slurry with a mass concentration of 68-70% and a slump of 240-260mm has a 100 meter resistance drop of about 0.3-0.4MPa.

main parameter 
Work pressure: Choose the appropriate work pressure based on the specific application scenario.
Transport distance: Consider the length of the transport pipeline and the properties of the material.
Material properties: Select the appropriate pump type based on factors such as viscosity and particle size of the material.
matters needing attention
When using a filling industrial pump, the following points should be noted:

Choose the appropriate pump type and pump material: Choose according to the properties of the liquid and the transportation requirements.
Ensure the correct installation position of the pump: operate and maintain it according to the correct method.
Regularly inspect the mechanical seals and bearings of the pump to ensure the normal operation of the equipment.
Market application cases
Case Study of Shandong Gold Group
Shandong Gold Mining (Yinan) Co., Ltd. has carried out a procurement project for filling industrial pumps, demonstrating the important position of filling industrial pumps in large mining enterprises.

Changsha Industry Equipment Case
Changsha Industry Equipment has recommended the "First Pump in China's Mining Industry" - Industrial Filling Pump, demonstrating its wide application and importance in the field of mining filling.

In summary, as an important conveying equipment, the filling industrial pump plays a crucial role in multiple industrial fields. Understanding its working principle, application areas, selection, and precautions is of great significance for ensuring the safe and efficient operation of filling industrial pumps.