AFL models are low motion mixers with high flow efficiency with large double blade propellers and motor drivers create large and slow volumes movements without shacking. Recommend for medium/large scales systems of coagulation and flocculation in water treatment plants and industrial process if compatible with stainless steel.

Variable shaft diameter and length adapted to system dimensions built in stainless steel fixed by removable simple or flanged motor coupling for easy transport and maintenance. Propellers in one peace with two longitudinal curve blades welded in central block or, in bigger units, two independent parts fixed directly in the shaft. Design for descendent or ascendant liquid flows according to process specifications.

Listed data for standard models in three phase’s version and maximum efficiency but can be configurable with other speed ranges combinations to be adapted at velocity gradients requested in project.

AFL range is recommended for medium/large systems requiring a mixing quality in continues mode, without shacking for sensible process. Should be installed in tanks with Anti vortices baffles and ensure a minimum liquid level for maximum efficiency avoid vibrations in the structure that will create deformations in the tank premature damages in motor drivers. Designed to working in continues mode and systems with variable liquid level.

The moisture viscosity, relative position of mixer in the tank, tank geometry, and height of possible particles in suspension, presence of corrosive vapors and the working liquid level will determine the efficiency of agitation as expected mixer life. In certainly condition can work without liquid.

  • Versatile design with speed regimes, propellers diameter and shaft combinations adjust each unit to project data.
  • All parts in contact with liquid as shaft, propeller and fixing pins built in 316 Stainless steel ensuring long life units.
  • Motor driver system selected with high working factor ratios without any maintenance program during expected life.
Technical specifications

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