• Double suction split case pump
  • Double suction split case pump

Double suction split case pump

It is used to transport clear water without solid particles or other liquids with physical and chemical properties similar to water. The temperature of the medium to be transported is 0℃~80℃, and the maximum allowable inlet pressure is 0.6MPa. It is widely used in factories, cities, mines, and power stations. , farmland, water conservancy projects and other fields. 

It is used to transport clear water without solid particles or other liquids with physical and chemical properties similar to water. The temperature of the medium to be transported is 0℃~80℃, and the maximum allowable inlet pressure is 0.6MPa. It is widely used in factories, cities, mines, and power stations. , farmland, water conservancy projects and other fields. 

The THSA type double-suction split centrifugal pump is installed horizontally. The pump casing is horizontally separated on the axis line. The upper part is the pump cover and the lower part is the pump body. The suction and discharge ports are on the pump body below the pump axis. Perpendicular to the axis, the pump cover can be opened and the rotor parts can be taken out without dismantling the water inlet and outlet pipes during maintenance. The shaft seal adopts soft packing seal or mechanical seal.


Are you manufacturer of slurry pump?

Yes, we are a manufacturer of slurry pump in China since 2000.

Do you accept OEM/ODM service for slurry pump?

Yes, OEM/ODM are available.

What is your payment term?

T/T Bank Wiring, L/C, Western Union, Moneygram, Paypal.

What is your shipping way of slurry pump?

By sea, air, railway.

What is the working principle of a slurry pump?

Slurry pumps typically have a volute casing which is rubber lined, as well as a rubber lined impeller in order to minimise wear to internal metal parts. As slurries can be highly abrasive, and travel at high velocity the rubber is used as a sacrificial liner.
As the rubber wears, the tolerances within the unit become larger meaning the pump becomes less efficient. Designs have front and rear adjustment to reduce internal clearances to improve unit efficiency as they wear.

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