1、 Application of submersible sand pump:
1. Cleaning of sediment in municipal pipelines and rainwater pump stations
2. Transport other media containing larger solid particles
3. Dredging of rivers, lakes, reservoirs, and ports
4. Transportation of fly ash, coal slurry, and coal slurry in power plants
5. Land reclamation in coastal areas
6. Sediment and mud discharge during construction
7. Mineral processing, gold mining, and iron sand extraction
8. Cleaning of power plant sedimentation tanks, beneficiation plant sedimentation tanks, steel plant sedimentation tanks, and sewage plant oxidation ditch sedimentation tanks
9. Transportation of tailings, slag, and slurry in mineral processing plants
10. Coal mine slag, coal slurry, and coal slurry
11. Transport slurry containing various impurities
12. Transportation of blast furnace slag and slag in steel plants
13. Sand pumping in rivers, lakes, seas and other water bodies
14. Absorb various solid particles of diamond sand, quartz sand, and steel slag
2、 The main characteristics of the submersible sand pump are as follows:
1. The motor submerges underwater without the need for complex ground protection and fixing devices, making management more convenient
2. The whole machine is a dry motor. The motor adopts mechanical seal protection, which can effectively prevent high-pressure water and impurities from entering the motor cavity
3. The pump rotates clockwise when viewed from the drive end
4. The mixing impeller directly contacts the deposition surface and controls the concentration through the depth of submergence, making concentration control more flexible
5. No need for auxiliary mixing or spraying devices, making operation more convenient
6. The equipment works directly underwater without any noise or vibration, making the site cleaner
7. Not limited by suction distance, high slag suction efficiency, and more efficient dredging
In addition to the main impeller, there is also a stirring impeller that can stir the sediment at the bottom of the water into turbulent flow and extract it
9. No need for auxiliary vacuum pump, lower investment
10. The main flow components such as impellers and mixing impellers are made of high wear-resistant materials, which are wear-resistant, corrosion-resistant, non clogging, and have strong drainage capacity, and can effectively pass through larger solid particles