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CONCRETE VOLUTE PUMP - CVP

  • High Reliability.

  • Design Simplicity.

  • Excellent Corrosion Resistance.

  • Superior Operating Performance.

  • Vibration-Free Performance.

  • Low Submergence.

  • Low Maintenance Cost.

Kirloskar Concrete Volute Pump (CVP) are the most suitable pumping options from techno-economic consideration for handling large volumes of water. A CVP guarantees strength and rigidity and virtually eliminates the problems of corrosion and erosion. CVP casing and suction draft tube is made up of cast in-situ concrete with rotating metallic part. CVP pumps comprise three major sections, concrete volute casing and draft tube, grouted embedded components and rotating assembly. These pumps are useful for applications where large quantity of flow is required to be handled, which makes them most suitable for sea-water application. Some of the advantages of KBL manufactured CVPs are high reliability, design simplicity, superior operating performance, vibration-free equipment and low maintenance cost.

Kirloskar Concrete Volute Pump (CVP) are the most suitable pumping options from techno-economic consideration for handling large volumes of water. A CVP guarantees strength and rigidity and virtually eliminates the problems of corrosion and erosion. CVP casing and suction draft tube is made up of cast in-situ concrete with rotating metallic part. CVP pumps comprise three major sections, concrete volute casing and draft tube, grouted embedded components and rotating assembly. These pumps are useful for applications where large quantity of flow is required to be handled, which makes them most suitable for sea-water application. Some of the advantages of KBL manufactured CVPs are high reliability, design simplicity, superior operating performance, vibration-free equipment and low maintenance cost.

Max Head:
Max capacity:
Upto 50 m
Upto 120,000 m³/hr
  • High Reliability.

  • Design Simplicity.

  • Excellent Corrosion Resistance.

  • Superior Operating Performance.

  • Vibration-Free Performance.

  • Low Submergence.

  • Low Maintenance Cost.

  • High Reliability.

  • Design Simplicity.

  • Excellent Corrosion Resistance.

  • Superior Operating Performance.

  • Vibration-Free Performance.

  • Low Submergence.

  • Low Maintenance Cost.

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