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Leading Trade Fair for Powder & Bulk Solids Processing and Analytics

30.08. - 01.09.2022 // Nuremberg, Germany

New Date: POWTECH 2022 from 30 August - 01 September 2022

+++ The entries in the exhibitor & product database correspond to the registration status for POWTECH 2019. +++

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Exhibitors & Products POWTECH 2019
Zoom Image LOGO_Shear pumps FSP

Shear pumps FSP

LOGO_Shear pumps FSP

Shear pumps FSP

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A three-dimensional shearing process to continuously produce perfect blends of consistent quality. Hygienic, effective, robust, highly economical.

Fristam shear pumps achieve incomparably homogenous products, reducing raw material input while considerably shortening processing times.

Exceptional product texture
Fristam’s FSP enables you to blend multiphase products efficiently, producing inseparable emulsions and absolutely homogenous end products.

They prevent lumps and agglomerates in your product and produce consistent, repeatable results.

By improving disaggregation of ingredients, the shear pumps provide for considerable savings of raw materials.

Compared with conventional dissolving processes in large tanks or boilers, the use of Fristam’s FSP can cut processing times significantly.

The shear pumps are suitable for various batch sizes, and are fully CIPcapable.

Customised use
As application possibilities vary in type and complexity, we offer processoriented customised solutions, ranging from single units to large in-line installations.

Specific construction
Fristam shear pumps were developed based on our proven centrifugal pumps of the FP series. In place of their impeller, a rotor-and-stator system draws inhomogeneous products through shearing clearances of just 0.3 mm at tip speeds of up to 38 m/s.

As a result of extremely high flow rates in the rotor-and-stator system, and the high shear rates of up to 125,000 1/s, multiphase products are blended with supreme efficiency.

Technical details

  •  5 different sizes
  •  Impeller Ø from 130 to 250 mm
  •  Shear rates up to 125,000 1/s
  •  Revolution speed up to 5,800 rpm
  •  Viscosities up to 100,000 mPa s

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