Viscid Flow Pumps And Systems

Process media, such as highly viscous tomato paste and ginger garlic paste, are moved from barrels into storage tanks using vertical barrel pumps. These pumps don't need to be primed frequently like centrifugal pumps do, which need to be primed each time the hose pipe is taken out of the barrel. This pump primes itself. To ensure that the barrels are emptied continuously and without interruption, take out the suction hose after emptying the first barrel and put it into the second. The main purpose of this progressive cavity screw type barrel pump is to move viscous liquids out of barrels or tanks. It is equipped with a stainless steel eccentric screw and a nitrile or appropriate rubber-molded stator.

To introduce you to our food transfer pumps, which are designed to move food products safely and hygienically. These pumps are highly regarded in the industry due to their durable construction, energy efficiency, and long-lasting performance.

We take pride in manufacturing our pumps using premium raw materials sourced from reliable suppliers in the market. This commitment to quality ensures that our products meet the highest standards of safety and efficiency.

Additionally, we understand that each client may have unique requirements. Therefore, we offer customization options to tailor our pumps according to your specific needs.

We are pleased to offer these high-quality food transfer pumps at competitive prices, making them accessible for a variety of applications.

 

Should you have any questions or require further information, please do not hesitate to reach out.

Versatile Fluid Handling:Single screw pumps can handle a wide range of fluids, including:

• Viscous fluids (e.g., slurries, pastes) 
• Abrasive fluids 
• Fluids with suspended solids (e.g., sewage, sludge) 
• Shear-sensitive fluids 

Non-Clogging:

• The design allows for the passage of solids, making them suitable for applications where other pumps might clog. 

Reversible Operation:

• Some models can operate in reverse, which can be useful for cleaning or unloading. 
• Easy Maintenance:
• The simple design and fewer moving parts lead to easier maintenance and lower life cycle costs. 

Applications:These pumps are used in various industries, including:

1. Wastewater treatment 
2. Food processing (e.g., handling jam, ketchup, etc.) 
3. Chemical processing 
4. Oil and gas 
5. Marine applications (e.g., bilge pumps) 
6. Cosmetics and paint industries

SPECIFICATION :

• Capacity : 25 m3 /hr 
• Max Pressure : 24 Bar 
• Max Temperature : 180 degree C
• Max Viscosity : 10,00,000 Cst

CONSTRUCTION :

• Casting                  :    SS304/ SS316/ CF8/ CF8M/ MONEL / HASTEALLOY   
• Rotating Parts         :    ALLOY STEEL /SS304/ SS316
• Stator                    :    Natural/ Nitrile/ Neoprene/ EPDM
•                              :    Hypalon/ Viton/ Silicon/ Hygienic Rubber
• Shaft Sealing          :    Gland Pack/ Mechanical Seal
• Universal Joint        :    Pin & Bush/ Cardan Joint/ Gear
• Augur                     :    Alloy Steel/ SS304/ SS31

• Food Transfer Pumps are used to transfer food items in a safe and sanitary manner. These are highly regarded for their durable construction, energy efficiency, and longevity. These are created by us using premium raw materials that are bought from reliable market suppliers. These can be modified to meet the requirements of the clients. We provide these on the market for reasonable prices.

Product Overview:

Eccentric Single Screw Pumps (Progressive Cavity Pumps) use a rotor and stator mechanism to ensure gentle handling with minimal product degradation. They are ideal for transferring viscous and particulate-rich materials such as pastes, pulps, and sauces.

Applications:

• Tomato Paste
• Ginger Garlic Paste
• Apple Pulp
• Pickles
• Sauces
• Fruit Pulps

Key Benefits:

• Hygienic transfer
• Customizable specifications
• Robust construction
• Quiet operation
• Controllable output

Material of Construction:

• Food-grade Stainless Steel (e.g., SS 316)
• Cast Iron
• Stator materials typically include FKM (Viton) or NBR

Food-Grade Materials:

Made from materials like 316L stainless steel, which are compliant with food hygiene standards and resistant to corrosion. 

Polished Wetted Surfaces:All product contact surfaces are polished to prevent product buildup and facilitate cleaning (CIP and SIP). 

Smooth, Crevice-Free Design:Ensures easy cleaning and minimizes areas where food products can accumulate. 

No Dead Zones:The design prevents settling of the product, ensuring optimal hygiene and product purity. 

Performance Characteristics:

Wide Flow Rate Range:Can handle both low and high flow rates, making them versatile for various food and beverage processes. 

Variable Viscosity Handling:Capable of transferring a wide range of viscosities, including high-viscosity fluids and solid mixtures. 

Low Pulsation:Provide a steady, continuous flow with minimal pulsation, which is important for sensitive products. 

Self-Priming:Can draw fluid from the source without needing external priming. 

Controlled Output:Offer precise flow control, which is crucial for many food processing applications. 

Reversible Pumping Direction:Some models offer reversible pumping, allowing for efficient cleaning and maintenance.

Food-Grade Materials:

Made from materials like 316L stainless steel, which are compliant with food hygiene standards and resistant to corrosion. 

Polished Wetted Surfaces:All product contact surfaces are polished to prevent product buildup and facilitate cleaning (CIP and SIP). 

Smooth, Crevice-Free Design:Ensures easy cleaning and minimizes areas where food products can accumulate. 

No Dead Zones:The design prevents settling of the product, ensuring optimal hygiene and product purity. 
Performance Characteristics:
Wide Flow Rate Range:Can handle both low and high flow rates, making them versatile for various food and beverage processes. 
Variable Viscosity Handling:Capable of transferring a wide range of viscosities, including high-viscosity fluids and solid mixtures. 
Low Pulsation:Provide a steady, continuous flow with minimal pulsation, which is important for sensitive products. 
Self-Priming:Can draw fluid from the source without needing external priming. 
Controlled Output:Offer precise flow control, which is crucial for many food processing applications. 
Reversible Pumping Direction:Some models offer reversible pumping, allowing for efficient cleaning and maintenance.

For chocolate processing, screw pumps offer features like gentle handling of viscous fluids, minimal shear, and easy cleaning, making them suitable for transferring chocolate and other ingredients without damaging their consistency or quality. 

Gentle Pumping:

• Screw pumps are known for their gentle pumping action, which is crucial for maintaining the quality and texture of chocolate and other food products. 

Low Shear:

• They minimize shear forces, preventing damage to the product's consistency and flavor. 

Versatile Applications:

• They can handle a wide range of flow rates and pressures, making them suitable for various stages of chocolate production. 

Handles Viscous Fluids:

• Screw pumps can effectively handle high-viscosity fluids like chocolate, syrup, and sauces. 

Easy to Clean (CIP) and Sterilize (SIP):

• Hygienic screw pumps are designed for easy cleaning in place (CIP) and sterilization in place (SIP), ensuring food safety and hygiene standards are met.

Rotor:

Shape : Typically a helical or screw-shaped metallic component. 

Function : Rotates within the stator, creating cavities that move fluid from the inlet to the outlet. 

Material : Usually made of steel or other durable metal. 

Eccentricity : The rotor's design often involves an eccentricity, or offset, which is crucial for the formation of sealed cavities.
 
Durability : The rotor is generally designed to be more durable than the stator, often outlasting several stators in applications where the fluid doesn't contain abrasive particles.
 Stator :

Shape : 

A stationary, typically elastomeric, component with an internal cavity that matches the shape of the rotor. 
Function :

Provides the required sealing to direct the fluid flow and, along with the rotor, forms the cavities that transport the fluid. 
Material:

Commonly made of rubber or other elastomers for flexibility and to facilitate the creation of complex internal shapes.

1. Stator - NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton
2. Rotor -  Alloy Steel /SS 304 / SS 316 / Monel /Haste Alloy

We are also among the leading suppliers of customised spare parts for a variety of fluid handling equipment, especially Pumps. We provide one-to-one replacement parts for all domestic and international brands. We make certain that we provide high-quality spare parts for your equipment at competitive prices and with prompt delivery.

• Stator- NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton 
• Rotor - SS 304 / SS 316 / SS 316 -L
• Coupling Rod and Drive Shaft- SS, Tool Steel, Alloy Steel 
• Boot Seal & O Rings - NBR Nitrile Black/ White food grade, EPDM, Hypalon, Viton

 

We are also among the leading suppliers of customised spare parts for a variety of fluid handling equipment, especially Pumps. We provide one-to-one replacement parts for all domestic and international brands. We make certain that we provide high-quality spare parts for your equipment at competitive prices and with prompt delivery.

• Stator- NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton 
• Rotor - SS 304 / SS 316 / SS 316 -L
• Coupling Rod and Drive Shaft- SS, Tool Steel, Alloy Steel 
• Boot Seal & O Rings - NBR Nitrile Black/ White food grade, EPDM, Hypalon, Viton

 

Steam Jacketed Screw Pump Description:

A Steam Jacketed Screw Pump is designed with an integrated steam jacket surrounding the pump casing, allowing precise temperature control during the transfer of heat-sensitive or viscous fluids. The steam jacket maintains or raises the temperature of the product, preventing solidification or crystallization and ensuring smooth, continuous flow.

Operating on a screw or progressive cavity principle, this pump gently handles viscous, shear-sensitive, or particulate-laden materials while maintaining product integrity. It is ideal for applications in food processing, pharmaceuticals, and chemical industries where temperature regulation and hygienic handling are critical.

Key Features:

• Steam jacket for consistent temperature control
• Gentle handling of viscous and heat-sensitive fluids
• Robust construction with hygienic materials (e.g., stainless steel)
• Suitable for continuous or batch processing
• Easy to clean and maintain

Applications of Steam Jacketed Screw Pump:

• Food Industry:
  Maintaining temperature for viscous food products such as chocolate, syrups, honey, molasses, sauces, and pastes to prevent solidification during transfer.

• Dairy Processing:
  Heating and pumping dairy products like cream, cheese curds, and butter to maintain consistency and flow.

Component: Rotor
Type: Helical / Single-Helix Screw Rotor

Function:
Rotates eccentrically within the stator to form sealed cavities for positive displacement of fluid

Material Options:

* Alloy Steel
* SS 304
* SS 316
* Monel
* Hastelloy / Hast Alloy

Surface Finish: Hard Chrome Plated / Polished (as per application)

Design: Eccentric design for continuous cavity formation

Application: Food, Chemical, Pharma, Slurry, High-Viscosity Fluids

Durability: High wear resistance; service life typically exceeds multiple stator replacements (non-abrasive media)

Component: Stator

Type: Elastomer-Lined Helical CavityFunction: Provides sealing against the rotor and forms progressive cavities for fluid transfer

Elastomer Material Options:

• NBR (Nitrile Rubber – Black / White Food Grade)
• NCR
• EPDM
• Hypalon
• Silicone (Food Grade)
• Natural Rubber
• Viton (FKM)

Temperature Range: As per elastomer selection

Application: Food & Beverage, Chemical, Pharma, Effluent, High-Viscosity Media

Feature: Excellent sealing, flexibility, and chemical compatibility