Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Effluent, Waste and Sewage Water
• Primary and secondary process sludge
• Sludge dewatering and transfer
• Sludge thickening and transfer
• Sludge blending and holding
• Controlled flocculent pumping
• Mixing and dosing conditioning agents
• AD sludge recirculation and transfer
• Heavy sludge cake transfer
• Imported and tankered in sludge transfer
• Shear-sensitive processes
• Sludge maceration and grinding
• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Effluent, Waste and Sewage Water
• Primary and secondary process sludge
• Sludge dewatering and transfer
• Sludge thickening and transfer
• Sludge blending and holding
• Controlled flocculent pumping
• Mixing and dosing conditioning agents
• AD sludge recirculation and transfer
• Heavy sludge cake transfer
• Imported and tankered in sludge transfer
• Shear-sensitive processes
• Sludge maceration and grinding
• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper

External Gear Pumps for fluid transfer handles a wide range of liquids, from thinner to thicker and even corrosive substances with minimal or no lubrication. These compact and reliable pumps effortlessly manage fluids at temperatures reaching up to 250 degrees Celsius.

Key Features:

1. Pump Design: Ensures efficient and rapid fluid transfer, making it suitable for high-capacity applications.2. Compact and Reliable: The pump's compact design ensures space efficiency while maintaining reliability in operation.3. Low Noise Operation: Provides a quiet and smooth pumping experience, minimizing noise disruptions.4. Higher Efficiency: Maximizes fluid transfer efficiency, contributing to overall operational effectiveness.5. Easy Maintenance: Simplifies upkeep, reducing downtime and ensuring seamless pump performance.6. Built-In Pressure Relief Valve: Enhances operational safety by preventing excessive pressure buildup.7. Material Options: Choose from Cast Steel, SS 304, SS 316, SS 316L based on your specific application requirements.8. Bearing Options: Select from Bronze Bush, Teflon Coated DU, or Ball bearings for optimal performance.9. Sealing Options: Tailor the sealing mechanism with Oil Seal, Gland Ring, Single or Double Mech seals.10. Gear Design Options: Opt for Single or Twin Gear configurations with a Herringbone gear design.11. Maximum Capacity: Impressive handling capacity of up to 100m3/hr for demanding applications.12. Max Pressure Head: Capable of handling pressures up to 30 Bar, ensuring robust performance.13. Maximum Temperature: Handles fluids at temperatures reaching up to 250 degrees Celsius.14. Maximum Viscosity: Suitable for fluids with viscosities up to 10, 000 cSt.
Some of the pump applications :

• Additives LSHS and Oils with 40 to 50 Microns Soft Impurities
• Asphalt
• Aviation Fuel
• Base Oils
• Bitumen
• Castor Oil
• Clean Lube Oils
• Corrosive and Hygienic Liquids
• Coolant
• Crude Oil
• Crude Palm Oil (CPO)
• Fire Fighting Foam
• Fuel Oil
• High-Speed Diesel (HSD)
• Hydraulic Oils
• Kerosene
• Lube Oil
• Naphtha
• Oils with Soft Impurities (10 to 20 Microns)
• Petrol
• Turbine Oil

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

our progressive cavity pump features single helix metallic rotor and a double helix elastomer stator. pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. with rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

key benefits:

1. positive displacement: generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. self-priming: inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. non-clog operation: effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. less npsh requirement: demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. low rpm: minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. two-way operation: efficiently performs in either direction due to reversible rotation capabilities.
7. quiet operation: rotors turning inside a resilient stator ensure minimal noise during operation.
8. isolated bearing housing: enables contamination-free fluid pumping.
9. universal joint coupling: superior to conventional joints, withstands angular loads and high axial forces, making it ideal for progressive cavity pumps.
10. shaft sealing: external stuffing box for hassle-free maintenance of gland packing or mechanical seals without the need to dismantle the bearing housing.

applications:

• refineries and petrochemicals
• chemicals and fertilizers
• explosives
• paints & varnish
• man-made fibers
• natural and synthetic rubber
• mining and construction
• starch, vegetable oils
• sanitary, ceramics and refractories
• cellulose
• sugar and distilleries
• soap and detergents
• cosmetics and toiletries
• pulp and paper
• effluent, waste and sewage water treatment
• fisheries
• steel
• alternative energy (biogas, ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

our progressive cavity pump features single helix metallic rotor and a double helix elastomer stator. pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. with rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

key benefits:

1. positive displacement: generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. self-priming: inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. non-clog operation: effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. less npsh requirement: demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. low rpm: minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. two-way operation: efficiently performs in either direction due to reversible rotation capabilities.
7. quiet operation: rotors turning inside a resilient stator ensure minimal noise during operation.
8. isolated bearing housing: enables contamination-free fluid pumping.
9. universal joint coupling: superior to conventional joints, withstands angular loads and high axial forces, making it ideal for progressive cavity pumps.
10. shaft sealing: external stuffing box for hassle-free maintenance of gland packing or mechanical seals without the need to dismantle the bearing housing.

applications:

• refineries and petrochemicals
• chemicals and fertilizers
• explosives
• paints & varnish
• man-made fibers
• natural and synthetic rubber
• mining and construction
• starch, vegetable oils
• sanitary, ceramics and refractories
• cellulose
• sugar and distilleries
• soap and detergents
• cosmetics and toiletries
• pulp and paper
• effluent, waste and sewage water treatment
• fisheries
• steel
• alternative energy (biogas, ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Effluent, Waste and Sewage Water
• Primary and secondary process sludge
• Sludge dewatering and transfer
• Sludge thickening and transfer
• Sludge blending and holding
• Controlled flocculent pumping
• Mixing and dosing conditioning agents
• AD sludge recirculation and transfer
• Heavy sludge cake transfer
• Imported and tankered in sludge transfer
• Shear-sensitive processes
• Sludge maceration and grinding
• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Effluent, Waste and Sewage Water
• Primary and secondary process sludge
• Sludge dewatering and transfer
• Sludge thickening and transfer
• Sludge blending and holding
• Controlled flocculent pumping
• Mixing and dosing conditioning agents
• AD sludge recirculation and transfer
• Heavy sludge cake transfer
• Imported and tankered in sludge transfer
• Shear-sensitive processes
• Sludge maceration and grinding
• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper

External Gear Pumps for fluid transfer handles a wide range of liquids, from thinner to thicker and even corrosive substances with minimal or no lubrication. These compact and reliable pumps effortlessly manage fluids at temperatures reaching up to 250 degrees Celsius.

Key Features:

1. Pump Design: Ensures efficient and rapid fluid transfer, making it suitable for high-capacity applications.2. Compact and Reliable: The pump's compact design ensures space efficiency while maintaining reliability in operation.3. Low Noise Operation: Provides a quiet and smooth pumping experience, minimizing noise disruptions.4. Higher Efficiency: Maximizes fluid transfer efficiency, contributing to overall operational effectiveness.5. Easy Maintenance: Simplifies upkeep, reducing downtime and ensuring seamless pump performance.6. Built-In Pressure Relief Valve: Enhances operational safety by preventing excessive pressure buildup.7. Material Options: Choose from Cast Steel, SS 304, SS 316, SS 316L based on your specific application requirements.8. Bearing Options: Select from Bronze Bush, Teflon Coated DU, or Ball bearings for optimal performance.9. Sealing Options: Tailor the sealing mechanism with Oil Seal, Gland Ring, Single or Double Mech seals.10. Gear Design Options: Opt for Single or Twin Gear configurations with a Herringbone gear design.11. Maximum Capacity: Impressive handling capacity of up to 100m3/hr for demanding applications.12. Max Pressure Head: Capable of handling pressures up to 30 Bar, ensuring robust performance.13. Maximum Temperature: Handles fluids at temperatures reaching up to 250 degrees Celsius.14. Maximum Viscosity: Suitable for fluids with viscosities up to 10, 000 cSt.
Some of the pump applications :

• Additives LSHS and Oils with 40 to 50 Microns Soft Impurities
• Asphalt
• Aviation Fuel
• Base Oils
• Bitumen
• Castor Oil
• Clean Lube Oils
• Corrosive and Hygienic Liquids
• Coolant
• Crude Oil
• Crude Palm Oil (CPO)
• Fire Fighting Foam
• Fuel Oil
• High-Speed Diesel (HSD)
• Hydraulic Oils
• Kerosene
• Lube Oil
• Naphtha
• Oils with Soft Impurities (10 to 20 Microns)
• Petrol
• Turbine Oil

progressive cavity pump spare parts

• rotor-stainless steel 410/304/316/316l
• stator- nbr/ epdm/ viton/ white nbr
• coupling rod-stainless steel 410/304/316/316l
• mechanical seals
• joint rubber seal and other components

our spares benefit :

1. faster deliveries
2. all major pump manufacturers pc pumps spare parts available
3. satisfaction or your money back 12 months warranty

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

our progressive cavity pump features single helix metallic rotor and a double helix elastomer stator. pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. with rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

key benefits:

1. positive displacement: generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. self-priming: inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. non-clog operation: effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. less npsh requirement: demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. low rpm: minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. two-way operation: efficiently performs in either direction due to reversible rotation capabilities.
7. quiet operation: rotors turning inside a resilient stator ensure minimal noise during operation.
8. isolated bearing housing: enables contamination-free fluid pumping.
9. universal joint coupling: superior to conventional joints, withstands angular loads and high axial forces, making it ideal for progressive cavity pumps.
10. shaft sealing: external stuffing box for hassle-free maintenance of gland packing or mechanical seals without the need to dismantle the bearing housing.

applications:

• refineries and petrochemicals
• chemicals and fertilizers
• explosives
• paints & varnish
• man-made fibers
• natural and synthetic rubber
• mining and construction
• starch, vegetable oils
• sanitary, ceramics and refractories
• cellulose
• sugar and distilleries
• soap and detergents
• cosmetics and toiletries
• pulp and paper
• effluent, waste and sewage water treatment
• fisheries
• steel
• alternative energy (biogas, ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

Our Progressive Cavity Pump features single helix metallic rotor and a double helix elastomer stator. Pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. With rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

Key Benefits:

1. Positive Displacement: Generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. Self-Priming: Inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. Non-Clog Operation: Effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. Less NPSH Requirement: Demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. Low RPM: Minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. Two-way Operation: Efficiently performs in either direction due to reversible rotation capabilities.
7. Quiet Operation: Rotors turning inside a resilient stator ensure minimal noise during operation.
8. Isolated Bearing Housing: Enables contamination-free fluid pumping.
9. Universal Joint Coupling: Superior to conventional joints, withstands angular loads and high axial forces, making it ideal for Progressive Cavity Pumps.
10. Shaft Sealing: External stuffing box for hassle-free maintenance of Gland Packing or Mechanical Seals without the need to dismantle the bearing housing.

Applications:

• Refineries and Petrochemicals
• Chemicals and Fertilizers
• Explosives
• Paints & Varnish
• Man-Made Fibers
• Natural and Synthetic Rubber
• Mining and Construction
• Starch, Vegetable Oils
• Sanitary, Ceramics and Refractories
• Cellulose
• Sugar and Distilleries
• Soap and Detergents
• Cosmetics and Toiletries
• Pulp and Paper
• Effluent, Waste and Sewage Water Treatment
• Fisheries
• Steel
• Alternative Energy (Biogas, Ethanol)

our progressive cavity pump features single helix metallic rotor and a double helix elastomer stator. pumping principle establishes sealing lines along the rotor's axis, ensuring stability in both static and dynamic conditions. with rotation of rotor within the stator, fluid-filled cavities progress seamlessly from suction to discharge, providing a uniform, metered, and non-pulsating flow.

key benefits:

1. positive displacement: generates progressive cavities for a consistent flow, independent of rotational speed, with capacity proportional to speed.
2. self-priming: inherently self-priming, operates on snore, eliminating the need for a foot valve.
3. non-clog operation: effectively handles solids in suspension or high-solid-content media without the risk of clogging.
4. less npsh requirement: demonstrates effectiveness in high vacuum conditions, with suction lift capabilities up to 9 meters.
5. low rpm: minimizes degradation of shear-sensitive media, accommodating highly viscous materials.
6. two-way operation: efficiently performs in either direction due to reversible rotation capabilities.
7. quiet operation: rotors turning inside a resilient stator ensure minimal noise during operation.
8. isolated bearing housing: enables contamination-free fluid pumping.
9. universal joint coupling: superior to conventional joints, withstands angular loads and high axial forces, making it ideal for progressive cavity pumps.
10. shaft sealing: external stuffing box for hassle-free maintenance of gland packing or mechanical seals without the need to dismantle the bearing housing.

applications:

• refineries and petrochemicals
• chemicals and fertilizers
• explosives
• paints & varnish
• man-made fibers
• natural and synthetic rubber
• mining and construction
• starch, vegetable oils
• sanitary, ceramics and refractories
• cellulose
• sugar and distilleries
• soap and detergents
• cosmetics and toiletries
• pulp and paper
• effluent, waste and sewage water treatment
• fisheries
• steel
• alternative energy (biogas, ethanol)