Twin Screw Pump
Hygienic positive-displacement pump designed for gentle and efficient transfer of low- to high-viscosity liquids. Suitable for sanitary processing applications with stable, low-pulsation flow.
Configuration Overview
Select the pump to match your flow rate, material, connection size and discharge pressure.
0–80 T/H
Flow Range
SUS304 / SUS316
Material
1.5″–3.5″
Inlet & Outlet
Up to 2.5 MPa
Outlet Pressure
Available Configurations
Auger-Fed Twin Screw Pump
Screw-fed design for stable and
controlled transfer of viscous
products.
Standard Twin Screw Pump
Standard skid-mounted design for
reliable and hygienic transfer of
liquid and viscous products.
Jacketed Twin Screw Pump
Jacketed design for processes
requiring controlled product
temperature.
Mobile VFD Twin Screw Pump
Mobile VFD design for
flexible transfer and adjustable
pump speed.
Technical Specifications
Specifications can be customized according to flow rate, material, connection size and process requirements.
Typical Applications
Suitable for gentle transfer of low- to high-viscosity liquids across a wide range of processing industries.
Food & Beverage
Transfer of viscous food liquids and products containing suspended particles.
Pharmaceutical & Process Industries
Low-shear transfer of sensitive process liquids and high-viscosity media.
Chemical Processing
Transfer of high-viscosity and general process liquids in production systems.
Water & General Liquids
Reliable transfer of pure liquids and other compatible process fluids.
Optional Configurations
Configurations can be tailored to suit different process, piping, installation and operating requirements.
Connection Size Options
Multiple inlet and outlet sizes are available to suit different piping requirements.
Motor & Power Options
Motor power can be selected according to the required flow rate and operating conditions.
Control & Speed Adjustment
Control panel configuration supports convenient operation and speed adjustment.
Heating Jacket
Optional heating jacket helps maintain product temperature during transfer.