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Centrifugal Process Pump A Guide

Globe Star serves numerous clients in the industrial pump sector. Understanding the high demand for centrifugal process pumps, we manufacture high-quality pumps for both domestic and international markets.

A Centrifugal Process Pump works by converting mover energy into kinetic energy, which then generates the pressure needed to move fluids.

Key Components:

Diffuser: Converts kinetic energy into pressure energy.
Impeller: Rotates and transforms driver force into kinetic energy.

Other parts include a casing, bearing, and cover. These components enable the pumps to move fluids by accelerating liquids radially outward. The unit within the casing creates a fast rotary motion, generating a centrifugal force that channels the fluid through a discharge outlet.

Industries and Applications:

Centrifugal Process Pumps are suitable for:

Hot and Cold Water Circulation
Cooling Towers Installation
Paper Industries
Thermic Fluid Boilers
Heat Exchangers
Chemical Industries
Sugar Plants
Textile Industries
Process Engineering
Petrochemical Industries
Ceramic Industries
Solvent Transfer
Food Industries
Laminate Industries
Marine/Ports
Automobile Industries
Seawater

Technical Specifications (GCP Model):

Max. Capacity: Up to 400 m3/hr
Max. Head: Up to 150 meters
Pressure: Up to 16 bar
Temperature: Up to 200°C
Material: C.I., C.S., SS-304, SS-316, and Other Alloys
Impeller: Close / Semi Open
Flanges: As per ISO 7005 & ANSI-B-16.5 PN 16

Most Centrifugal Process Pumps rely on rotating impellers to move the fluid they are immersed in.

Salient Features:

Heavy-duty process design
High Efficiency
Back pullout design for easy inspection and maintenance
Low maintenance
High productivity

If you're looking for Centrifugal Process Pumps, contact Globe Star for a free quote today!