Tushaco Single-Screw Series
Made in India
Tushaco single screw pumps redefine fluid transfer and set new standards in positive displacement technology. The pumping elements, consisting of a helical rotor and double-threaded stator, provide pulsation-free flow and seamless transfer. The fluid moves axially at a low velocity with minimal agitation and is not disturbed. The elastic elastomer stator provides greater abrasion resistance and can partially deform to accommodate solid particles. This allows the pump to effectively handle liquids of varying viscosities and gaseous fluids. The pump's pressure capacity is determined by the number of progressive seal lines, allowing it to adapt to different pressure requirements. Tushaco single screw pumps are precision engineered and offer unsurpassed reliability and durability in fluid handling.
Handle Fluids with Abrasive Solids
Maximum Efficiency
Low Maintenance & Spare Part Costs
Easy for Operation & Maintenance
- Single Screw Pump is a Positive Displacement pump and actual Pumping elements are Rotor and Stator
- The Single helical Rotor rolls eccentrically in a double threaded helix Stator of twice the pitch length
- A series of sealed cavities 180 degree are created that progress from Suction to Discharge
- The opposing cavities fill and empty simultaneously resulting in a pulsation less flow
- The fluid travels axially with relatively low velocity and minimal agitation
- The Stator is made of a resilient elastomeric material and vulcanized to the stator pipe/tube providing a slight radial interference of the tool steel / Stainless steel Rotor in the Stator
- The elastomer Stator adds abrasion resistance beyond that of conventional rotary pumps
- The particle tends to imbed rather than abrade the elastomer Stator and also allowing deformation to partially accommodate the solid particles
- The compression fit of the Rotor and Stator enables the pump to handle gaseous liquids and low viscosity liquids
- The Pressure capabilities of the pump are a function of the number of times of the progressive seal lines are repeated
| Series | Max. Capacity [l/min] |
Max. Differential Pressure [bar] |
Max. Fluid Temperature [°C] |
Max. Viscosity [cSt] |
|---|---|---|---|---|
| T1S | 2.700 | 12 | 120 | 100.000 |
| T1SB | 750 | 12 | 120 | 100.000 |
