Progressive Cavity Pumps

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MOQ : 10 Units

Progressive Cavity Pumps Specification

Noise Level
Low Noise (<80 dB)

Mounting Type
Horizontal Base Mounted / Vertical Orientation available

Discharge Pressure
Up to 36 Bar

Max Suction
Up to 8 meters

Flow Rate
Up to 150 m/hr

Frequency
50 Hz

Caliber
Customizable as per requirement

Voltage
415 V AC, 3 Phase

Inlet/Outlet
25 mm to 150 mm

Head Size
Up to 36 Bar

Theory
Progressive Cavity

Working Temperature
Up to 80C

Control System
Manual / Automatic Controls

Material
Cast Iron / Stainless Steel / Alloy Steel

Power
0.5 HP to 100 HP

Standard
ISO 9001:2015

Fuel Type
Electric

Pressure
Up to 36 Bar

Usage
Industrial / Chemical / Waste Water / Food Processing

Application
Viscous liquid transfer, Sludge, Sewage, Food Processing, Oil, Dyes, Paints, Chemicals

Suction Type
Positive Displacement

Seals Type
Mechanical Seal / Gland Packing

Pump Type
Progressive Cavity Pump

Capacity
Up to 150 m/hr

Progressive Cavity Pumps Trade Information

Minimum Order Quantity
10 Units

Supply Ability
50 Units Per Day

Delivery Time
1 Days

About Progressive Cavity Pumps

Progressive Cavity Pumps

Our workshop is fully equipped with sophisticated machines which back us to manufacture and supply a quality range of Progressive Cavity Pumps. Consisting of a helical rotor and a twin helix, these pumps find application in cement pumping, lubrication oil pumping and mining slurry pumping. To manufacture the pumps, we use optimum grade steel, sourced from the most reliable vendors. For protraction against rust we paint the Progressive Cavity Pumps using anti corrosive materials.

Manufacture quality range of Progressive Cavity Pumps. Consisting of a helical rotor and a twin helix, these pumps find application in cement pumping, lubrication oil pumping and mining slurry pumping. To manufacture the pumps, we use optimum grade steel, sourced from the most reliable vendors. For protraction against rust we paint the Progressive Cavity Pumps using anti corrosive materials.

Features:

Dependability on labor gets reduced
No pressure loss at high speed
Can handle non-lubricants and abrasive fluids
Output is not affected by pressure change
Steady delivery at low flow condition
No vapor and air locked is formed
Non clogging in nature
Easy maintenance and Uniform flow
Gently handling of media
Temperature from -30 degree celsius to 120 degree celsius
Capable of handling fluids like: kerosene, petrol, lubricant, de-water sludge, industrial waste, vegetable oil, petroleum jelly etc

Efficient Handling of Viscous Fluids

Progressive cavity pumps excel in the transfer of high-viscosity materials, such as sludge, sewage, and food products. Their design ensures smooth and consistent flow without pulsation, making them ideal for challenging industrial and chemical processing environments. Precision-engineered rotors and stators allow reliable metering and safe transfer, even for shear-sensitive or abrasive fluids.

Robust Performance Across Applications

With power ratings spanning 0.5 HP to 100 HP and pressure handling up to 36 bar, these pumps are suitable for a vast range of operations from waste water management to food processing and chemical dosing. Durable construction in cast iron, stainless steel, or alloy steel enhances service life, while mechanical seal and gland packing options provide optimal containment for different media.

FAQs of Progressive Cavity Pumps:

Q: How do progressive cavity pumps handle viscous liquid transfer effectively?

A: Progressive cavity pumps utilize a helical rotor and stator mechanism to create sealed cavities that advance fluid smoothly, enabling consistent transfer of high-viscosity substances such as sludge, oil, and food products without pulsation or shear damage.

Q: What is the benefit of using these pumps in industrial and chemical environments?

A: These pumps are designed for robust service, offering reliable, low-noise performance and customizable features. Their ability to work with highly viscous and abrasive fluids reduces operational downtime while maintaining efficiency and process integrity.

Q: Where can progressive cavity pumps be mounted for optimum performance?

A: Progressive cavity pumps are available in both horizontal base mounted and vertical orientation configurations. This flexibility ensures seamless integration into diverse plant layouts and applications, optimizing space and performance.

Q: When should mechanical seal versus gland packing be used in progressive cavity pumps?

A: Mechanical seals are preferred for applications requiring minimal leakage and high containment, such as chemical or hazardous fluid handling. Gland packing is suitable for less demanding environments or where frequent maintenance is feasible.

Q: What control options are available for these pumps?

A: Users can choose between manual and automatic control systems to manage operation, allowing adaptability for simple batch processes or integration with advanced automated plant systems.

Q: How does the ISO 9001:2015 certification benefit pump operation for users?

A: ISO 9001:2015 certification ensures the pumps are manufactured to rigorous quality management standards, providing consistent performance, enhanced safety, and reliability across varied applications.

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