Screw Pump Manufacturer in Himachal Pradesh

Verito Engineering Pvt Ltd is a screw pump manufacturer in India, designing and manufacturing progressive cavity screw pumps for transfer, dosing, and filter/press feeding applications where consistent flow and gentle handling matter. As a prominent and known screw pump manufacturer in India, Verito's pumps are widely used for slurries, pastes, high-viscosity liquids, and solids-laden fluids, supporting stable throughput and accurate metering across tough process conditions.

Highlights

(typical range; final sizing depends on media and can be customized based on client requirements)

 

  • Max flow: up to 100 m³/hr (model-dependent)
  • Max viscosity: up to 500,000 cP
  • Discharge pressure: up to 12 bar (depending on stages/model)
  • Voltage options: 220V / 380V / 415V

What is a Progressive Cavity Screw Pump?

A progressive cavity pump (also called a single-screw or eccentric screw pump) is a positive displacement pump that moves fluid through sealed cavities formed between a helical rotor and a stator. This creates stable, low-pulsation flow, making it ideal for:

  • Shear-sensitive fluids
  • Viscous products
  • Slurries and abrasive media
  • Metered dosing and accurate transfer

How it Works

As the rotor turns inside the elastomer stator, cavities "progress" from suction to discharge. The result is:

  • Predictable flow (good for dosing/feeding)
  • High suction capability for difficult fluids
  • Gentle pumping action (reduced product damage)

Performance Range & Model Overview

  • Single stage: up to 6 kg/cm² (max)
  • Double stage: up to 12 kg/cm² (max)
  • Four stage: up to 24 kg/cm² (max)

Important sizing note: The brochure data is referenced to water at ambient conditions; RPM and absorbed power vary with actual viscosity of the pumped media.

View complete table from PDF: Download

Materials of Construction

  • Housing / wetted parts: Cast iron, cast steel, CF8 (AISI 304), CF8M (AISI 316), AISI 316L; fabrication/finishes available for food-grade requirements.
  • Rotating parts: Rotor/shafts/coupling rods in SS304/SS316/SS316L, alloy steels, and other alloys (as per application).
  • Shaft sealing: Gland packing or mechanical seals.
  • Stator elastomers (selection as per chemical + temperature): Natural rubber, Nitrile, EPDM, Hypalon, Neoprene, Viton, Silicone + food-grade options, typically 60–70 Shore A.

Where These Pumps Are Used

Common applications

  • Filter press feed, sludge transfer, thickened slurry handling
  • Polymer dosing and chemical dosing (consistent metered flow)
  • Effluent treatment plants (ETP/STP), waste handling
  • Paints, inks, resins, adhesives (high viscosity)
  • Food & beverage viscous transfer (syrups, sauces, concentrates)
  • Mining/mineral slurries and abrasive media transfer

Why progressive cavity pumps here?

Progressive cavity pumps handle high viscosity + solids with controlled flow better than many centrifugal setups.

Optional Accessories

  • Dry running protection: Monitors stator temperature (thermoelectric sensing) and trips the motor if dry-running causes overheating — helps prevent stator damage.
  • Pressure relief valve: Recommended when the pump may run against a closed valve or line blockage; improves plant safety.

How to Select the Right Screw Pump

To recommend the correct pump model, please share:

  • Media name + concentration + pH/chemistry
  • Viscosity range (cP) + temperature
  • Solids % / particle size / abrasiveness
  • Required flow rate (m³/hr or LPH)
  • Required discharge pressure / head
  • Duty cycle and installation details (flooded suction, suction lift, piping)

If you want us to guide you, we can help. Please contact us below.

Why Verito Engineering

  • ISO 9001:2015 certified
  • Manufacturing and engineering support across India and abroad
  • Custom material/elastomer selection for corrosive, abrasive, or food-grade requirements

Serviceable Areas in Telangana

Baddi Barotiwala Nalagarh
Parwanoo Paonta Sahib Kala Amb
Mehatpur Tahliwal Gagret / Amb
Sansarpur Terrace (near Damtal) Kandrori / Indora Chambaghat (Solan city)

Himachal Pradesh's industrial activity is concentrated in a few high-density belts, led by the Baddi–Barotiwala–Nalagarh (BBN) corridor in Solan district and nearby industrial estates such as Parwanoo, developed and supported through state industrial infrastructure programs. This BBN region is also supported by shared utilities such as a common effluent treatment plant (CETP) framework for the industrial area, which increases the need for dependable sludge handling and filter-press feeding solutions. In Sirmaur district, industries are notably concentrated around Kala Amb and Paonta Sahib, strengthening the state's manufacturing footprint beyond Solan. Himachal is also expanding its pharma and chemical ecosystem through the Bulk Drug Park at Una (Haroli), which has received environmental clearance and is part of the national bulk drug park program, adding new opportunities for high-performance pumping in APIs, utilities, and ETP operations. Across these hubs, progressive cavity screw pumps are commonly selected for accurate dosing, viscous and solids-laden transfer, effluent and sludge handling, and filter-press feeding, where consistent flow and gentle handling help stabilize plant operations.

Providing the best screw pumps in Himachal Pradesh is our mission and serving industrial sectors here with quality products is our privilege.

FAQs

What is the difference between a screw pump and a progressive cavity pump?

Progressive cavity pumps are commonly called single-screw/eccentric screw pumps; multi-screw pumps (twin/triple) are a different design used often for lubricating liquids

Can your pump handle abrasive slurry or sludge?

Yes, Progressive Cavity pumps are widely used for slurry/sludge; material and stator selection are critical for wear life.

What stator materials do you offer?

Natural rubber, NBR, EPDM, Viton, Silicone and food-grade options (selection depends on chemical/temperature).

Do you offer mechanical seals?

Yes, mechanical seals or gland packing options are available.

How do I prevent dry running damage?

Use dry running protection (temperature sensing/trip) and proper instrumentation.

Do performance values change with viscosity?

Yes, RPM and absorbed power depend on actual viscosity.

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