Product List

Horizontal slurry pumps

  • DH(R) Series Slurry Pump
  • DM(R) Series Slurry Pump
  • DG Series Gravel Pump
  • Single Stage Slurry Pump
  • Rubber Lined Slurry Pump
  • Double Casing Slurry Pump
  • Heavy Duty Slurry Pump
  • Mining Duty Slurry Pump
  • Centrifugal Mining Slurry Pump
  • Single Casing Gravel Pump
  • Single Stage Single Suction Cantilever Gravel Pump
  • Mining Gravel Pump
  • Coal Gravel Pump
  • High Head Gravel Pump
  • Centrifugal Gravel Pump


description
Our program of horizontal slurry pump offers a new and wide range of world class rubber lined and hard metal pumps for corrosive pumping applications in China. These horizontal centrifugal pumps are usually used for the transport of aggressive high viscous and abrasive suspensions or oversized particles.
Wet part Delin horizontal slurry pump series are designed with high wear resistance materials for added protection, and a variety of interchangeable media.

Our horizontal centrifugal pumps may also be upgraded with more steps, if the pumping requirements change when the highest permitted working pressure.


Kinds
1. DH (R) series slurry pumps Horizontal
2. DA (R) series slurry pumps Horizontal

3. DV Series Horizontal gravel pumps


statement
Horizontal centrifugal pumps are widely used in mining, coal washing, power, metallurgy, petrochemical, building materials, dredging and other industries, etc.
Other:
1. Iron Ore Processing Plant
2. Copper Concentration Plant
3. Gold Mine Enrichment Plant
4. Molybdenum Concentration Plant
5. potash plant
6. Other mineral processing plants
7. Alumina Industry
8. Coal
9. power
10. Sand Excavation

11. Chemical industry


Benefits
1. Wet parts adopt interchangeable anti-abrasion and anti-corrosion alloy material.
2. Metric bearings lubricated with oil; Scientific lubricating and cooling bearings that operate at low temperatures.
For technical advantage:
1. Performance analysis CFD
2. CFX cavitation performance analysis.
3. Three-dimensional analysis of assembly drawings
4. Modal Analysis

5. Power Analysis