Centrifugal Chemical Process Pumps

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MOQ : 1 Set

Centrifugal Chemical Process Pumps Specification

Flow Rate
Up to 300 m/hr

Theory
Centrifugal

Material
Cast Iron, Stainless Steel, CI/SS 304/316, Alloy, Polypropylene

Structure
Back Pull Out Design

Suction Type
End Suction

Volute Type
Single Volute

Nozzle Location
Top/Centerline

Shaft Orientation
Horizontal

Power Source
Electric Motor

Fuel System
Direct Coupling

Pressure
Up to 8 kg/cm

Temperature
Up to 120C

Inlet, Outlet Diameter
Inlet: 25mm to 150mm, Outlet: 25mm to 150mm

Speed
1450/2880 RPM

Application
Chemical, Petrochemical, Pharmaceutical, Food Processing, Water Treatment

Centrifugal Chemical Process Pumps Trade Information

Minimum Order Quantity
1 Set

Supply Ability
100 Sets Per Week

Delivery Time
1-12 Week

About Centrifugal Chemical Process Pumps

With extensive experience and acumen, we are able to manufacture, supply and export Centrifugal Chemicals Process Pumps. These products are used in different chemical plants for forcing out impurities from varied chemical solutions. We have hired a team of expert professionals, which is involved in the testing of these products to determine their better functioning and smooth operation. Centrifugal Chemicals Process Pumps can be availed from us in varied different models and specifications as per the requirements of our esteemed patrons.

Pump built to American specification API- 610, having closed impeller, radially split casing, centerline pedestal mounted, suitable to mount mechanical seal, flanges to class 150/300RF

Capacity : up to 50 m3/hr
Head: up to 45 m
Temp.: up to 450^oC
MOC: CS, AISI- 304/316, etc

Robust and Versatile Pumping Solution

Designed for a range of industries, our pumps excel at safely transferring aggressive chemicals, solvents, and process fluids. The back pull out construction allows for easy maintenance without disturbing the system piping, minimizing downtime and reducing operating costs.

High Performance and Durability

Built to deliver consistent performance, these pumps combine strong mechanical strength with chemical resistance. Material options include cast iron, stainless steel variants (304/316), alloys, and polypropylene, ensuring compatibility with diverse media and exceptional longevity.

Precision Engineering for Optimal Efficiency

With a single volute and carefully balanced impeller, the pumps deliver superior hydraulic efficiency. The electric motor direct coupling system guarantees minimal transmission losses, offering stable and dependable operation in demanding process environments.

FAQs of Centrifugal Chemical Process Pumps:

Q: How does the back pull out design benefit the maintenance process of these pumps?

A: The back pull out design allows the pumps rotating assembly to be removed without disturbing the suction and discharge piping, simplifying inspection and maintenance, reducing downtime, and lowering operational costs.

Q: What industries commonly use these centrifugal chemical process pumps?

A: These pumps are widely utilized in chemical, petrochemical, pharmaceutical, food processing, and water treatment industries due to their versatility and compatibility with corrosive and hazardous fluids.

Q: When should I select polypropylene or stainless steel over cast iron for my application?

A: Polypropylene or stainless steel (304/316) should be chosen for handling corrosive, acidic, or hazardous chemicals. Cast iron is suited for less aggressive fluids, whereas polypropylene and stainless steel provide superior chemical resistance.

Q: Where are the inlet and outlet nozzles located on these pumps?

A: Both the inlet and outlet nozzles are positioned at the top/centerline of the pump, a configuration that enhances fluid movement, improves self-venting, and facilitates installation in various system layouts.

Q: What process conditions can these pumps handle regarding pressure and temperature?

A: These pumps are engineered to operate efficiently with system pressures up to 8 kg/cm and temperatures up to 120C, accommodating a broad array of demanding process requirements.

Q: How are these pumps powered and what are the advantages of direct coupling?

A: They are powered by an electric motor through direct coupling, which ensures efficient power transmission, reduces energy losses, and offers smoother, maintenance-friendly operation compared to belt or geared alternatives.

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