PP Centrifugal Process Pumps

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PP Centrifugal Process Pumps Specification

Flow Rate
Up to 60 m/hr

Theory
Centrifugal Pump

Material
Polypropylene (PP)

Suction Type
End Suction

Volute Type
Single Volute

Nozzle Location
Top Centerline Discharge

Shaft Orientation
Horizontal

Power Source
Electric Motor Driven

Pressure
Up to 2.5 kg/cm

Temperature
Up to 80C

Inlet, Outlet Diameter
Inlet: 32 mm to 100 mm, Outlet: 25 mm to 80 mm

Speed
2900 RPM

Application
Chemical Process industries, Acid Transfer, Electroplating, Water Treatment, Effluent & Scrubber Systems

About PP Centrifugal Process Pumps

PP Centrifugal Process Pumps

Owing to the support of our adroit professionals, we have been able to provide our clients a high quality assortment of PP Centrifugal Process Pumps. To manufacture these pumps, we use excellent grade raw material and cutting-edge techniques keeping in mind set industry norms. These pumps are used to pump corrosive and abrasive fluids. Further, these PP Centrifugal Process Pumps are used in various industries like food processing plants, refineries, chemical, pharmaceutical, sugar mill, paper mill, textile and other industries.

Key Features:

Excellent functionality
Robust construction
High efficiency
Elevated durability

Exceptional Chemical Compatibility

Utilizing robust polypropylene construction, these pumps excel in transferring aggressive chemicals and acids. Their design minimizes the risk of corrosion, extending service life and reducing maintenance needs in harsh process environments such as water treatment plants and electroplating units.

Optimized for Industrial Flow Rates

With a capacity of up to 60 m/hr and operating at 2900 RPM, these centrifugal pumps are tailored to manage substantial fluid volumes effectively. Their single volute, end suction architecture ensures smooth, consistent flow, making them suitable for applications demanding both reliability and capacity.

Engineered for Efficiency and Safety

The horizontal shaft orientation and top centerline discharge optimize installation and operational safety. Coupled with electric motor-driven performance, the pumps deliver dependable pressure handling, supporting a variety of industrial processes in chemical manufacturing and effluent management.

FAQs of PP Centrifugal Process Pumps:

Q: How does the polypropylene (PP) material benefit PP Centrifugal Process Pumps in industrial applications?

A: Polypropylene (PP) offers excellent chemical resistance, making these pumps especially suited for handling corrosive and aggressive fluids. Its durability helps extend pump life and minimize maintenance costs in chemical processing, acid transfer, and similar industries.

Q: What processes are PP Centrifugal Process Pumps typically used for?

A: These pumps are widely utilized in chemical process industries, acid transfer, electroplating, water treatment, effluent management, and scrubber systems. They are designed to handle various corrosive liquids safely and efficiently.

Q: When should you choose an end suction, single volute pump for your operation?

A: End suction, single volute pumps are ideal when you require straightforward, reliable transfer of liquids with moderate to high flow rates and pressures. Their design simplifies maintenance and installation, making them suitable for continuous industrial operations.

Q: Where can PP Centrifugal Process Pumps be installed within a facility?

A: These pumps are typically installed in areas that require chemical transfer, such as chemical storage rooms, process lines, effluent treatment areas, and electroplating sections. Their robust construction supports both indoor and sheltered outdoor use.

Q: How do you ensure safe operation of the pump under varying pressure and temperature conditions?

A: Adhering to the maximum specified pressure of 2.5 kg/cm and temperature limit of 80C is essential. Regular inspection, proper installation, and using compatible piping systems help maintain safe and efficient pump operation.

Q: What is the process for selecting the correct inlet and outlet sizes for your application?

A: Selection should be based on required flow rates, viscosity of the handled fluids, and compatibility with existing pipeline systems. The available sizes (inlet: 32 mm to 100 mm; outlet: 25 mm to 80 mm) offer flexibility to match process requirements.

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