## Axial Flow Turbine, 7" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 6" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 14" Diameter, 5/8" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 14" Diameter, 1" Bore

## Axial Flow Turbine, 12" Diameter, 5/8" Bore

## Axial Flow Turbine RBW, 8" Diameter, 3/4" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy. This impeller has a reduced blade width (RBW)design to drop the power requirements at the same diameter.

## Axial Flow Turbine RBW, 5" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy. This impeller has a reduced blade width (RBW)design to drop the power requirements at the same diameter.

## Axial Flow Turbine RBW, 4" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy. This impeller has a reduced blade width (RBW)design to drop the power requirements at the same diameter.

## Axial Flow Turbine RBW, 12" Diameter, 3/4" Bore

## Axial Flow Turbine RBW, 12" Diameter, 1" Bore

## Axial Flow Turbine RBW, 11" Diameter, 1" Bore

## Axial Flow Turbine RBW, 10" Diameter, 3/4" Bore

## Radial Flow Turbine, 9" Diameter, 5/8" Bore

The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller and be ejected once more. Some applications benefit greatly from this type of action, namely gas dispersion. Radial flow turbines have a high horsepower draw relative to axial flow turbines and other axial flow impellers.

## Radial Flow Turbine, 8" Diameter, 3/4" Bore

The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller and be ejected once more. Some applications benefit greatly from this type of action, namely gas dispersion. Radial flow turbines have a high horsepower draw relative to axial flow turbines and other axial flow impellers.

## Radial Flow Turbine, 7" Diameter, 5/8" Bore

The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller and be ejected once more. Some applications benefit greatly from this type of action, namely gas dispersion. Radial flow turbines have a high horsepower draw relative to axial flow turbines and other axial flow impellers.

## Radial Flow Turbine, 6" Diameter, 3/4" Bore

## Radial Flow Turbine, 14" Diameter, 1" Bore

## Radial Flow Turbine, 11" Diameter, 5/8" Bore

## Radial Flow Turbine, 11" Diameter, 1" Bore

## Radial Flow Turbine, 10" Diameter, 1 1/4" Bore

## Folding Impeller, 14in Dia, 3/4in Bore

Mixer Directâ€™s line of large folding impellers allow you to get the stirring power of a large impeller through a 6â€ť NPT opening, like that of a IBC tote. All stainless construction ensures durability and cleanability. The blades fold down due to gravity and open up as the mixer is activated.

## Axial Flow Turbine, 6" Diameter, 3/4" Bore

## Axial Flow Turbine, 5" Diameter, 3/4" Bore

The axial flow, pitched blade turbine impeller is a classic medium shear impeller. Very effective in both low viscosity and high, this pitched blade turbine impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 5" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this 4-blade impeller allows a mixer to break-up agglomeration and impart solids effectively. These 4-blade impellers will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 4" Diameter, 1" Bore

The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this pitched blade turbine allows a mixer to break up agglomeration and impart solids effectively. These pitched blade turbines will draw more power per volume than the propellers or hydrofoils as motor power is converted to shear energy.

## Axial Flow Turbine, 14" Diameter, 3/4" Bore

## Axial Flow Turbine, 11" Diameter, 3/4" Bore

## Axial Flow Turbine, 11" Diameter, 1 1/4" Bore

## Axial Flow Turbine, 10" Diameter, 1 1/4" Bore

## Axial Flow Turbine RBW, 9" Diameter, 3/4" Bore

## Axial Flow Turbine RBW, 8" Diameter, 1" Bore

## Axial Flow Turbine RBW, 5" Diameter, 3/4" Bore

## Axial Flow Turbine RBW, 14" Diameter, 3/4" Bore

## Axial Flow Turbine RBW, 14" Diameter, 1" Bore

## Axial Flow Turbine RBW, 12" Diameter, 5/8" Bore

## Axial Flow Turbine RBW, 12" Diameter, 1 1/4" Bore

## Axial Flow Turbine RBW, 11" Diameter, 1 1/4" Bore

## Axial Flow Turbine RBW, 10" Diameter, 1" Bore

## Axial Flow Turbine RBW, 10" Diameter, 1 1/4" Bore

## Radial Flow Turbine, 9" Diameter, 3/4" Bore

## Radial Flow Turbine, 9" Diameter, 1" Bore

## Radial Flow Turbine, 8" Diameter, 1" Bore

## Radial Flow Turbine, 7" Diameter, 3/4" Bore

## Radial Flow Turbine, 7" Diameter, 1" Bore

## Radial Flow Turbine, 6" Diameter, 1" Bore

## Radial Flow Turbine, 5" Diameter, 3/4" Bore

## Radial Flow Turbine, 5" Diameter, 1" Bore

## Radial Flow Turbine, 4" Diameter, 3/4" Bore

The radial flow impeller creates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller and be ejected once more. Some applications benefit greatly from this type of action, namely gas dispersion. Radial mixer turbines have a high horsepower draw relative to axial flow turbines and other axial flow impellers. Contact us for more information on these radial flow impellers.