Radial Flow Turbine Impellers
from Mixer Direct
Electro-polished stainless steel 316L. For mixing small volumes of high viscosity products. [See More]
- Type: OpenRadial; Vortex; AxialFlow; Paddle; Hydrofoil; MixedFlow; Propeller; RadialTurbine; RotatingCoil (optional feature); Anchor; PitchedBlade
- Outside Diameter: 1.5
- Application: Mixing; Pumping; Chemical; HeatExchangers; Propulsion; WaterWastewater
- Number of Blades or Vanes: 2
from Mixer Direct
Electro-polished stainless steel 316L. Hhigh shear with moderate vortexing characteristics. [See More]
- Type: OpenRadial; Vortex; AxialFlow; Paddle; Hydrofoil; MixedFlow; Propeller; RadialTurbine; RotatingCoil (optional feature); Anchor; PitchedBlade
- Outside Diameter: 1.3
- Application: Mixing; Pumping; Chemical; HeatExchangers; Propulsion; WaterWastewater
- Number of Blades or Vanes: 2
from Mixer Direct
Dispersion Blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. The liquid contacts the blade and moves outward to to flow over the teeth breaking the agglomerations into increasing smaller particles. Most Dispersion blades have issues related to sufficient fluid... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 10
- Application: Mixing; Pumping; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 0.6250
from Mixer Direct
Electro-polished stainless steel 316L. Low shear, high top to bottom pumpiing capacity. [See More]
- Type: OpenRadial; Vortex; AxialFlow; Paddle; Hydrofoil; MixedFlow; Propeller; RadialTurbine; RotatingCoil (optional feature); Anchor; PitchedBlade
- Outside Diameter: 1.5
- Application: Mixing; Pumping; Chemical; HeatExchangers; Propulsion; WaterWastewater
- Bore Size: 0.3120
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 34
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.75
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 34
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 36
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.5
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 36
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.25
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 36
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.75
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 36
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 38
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.75
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 38
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 38
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2.5
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 40
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 1.75
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 40
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2
from Mixer Direct
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 to be ejected again. Some applications benefit greatly from... [See More]
- Type: OpenRadial; Vortex; Paddle; MixedFlow; RadialTurbine
- Outside Diameter: 40
- Application: Mixing; Pumping; CleanAir; Chemical; HeatExchangers; HighViscosity; Propulsion; WaterWastewater
- Bore Size: 2.5
from Mixer Direct
Stirrer Clamp, epoxy 1/2" X1" [See More]
- Type: OpenRadial; Vortex; AxialFlow; Paddle; Hydrofoil; MixedFlow; Propeller; RadialTurbine; RotatingCoil (optional feature); Anchor; PitchedBlade
- Features: NoSpark (optional feature); Coated (optional feature); CorrosionRes; Custom; Multistage
- Application: Mixing; Pumping; Chemical; HeatExchangers; Propulsion; WaterWastewater
- Material: Aluminum (optional feature); Brass (optional feature); CastIron (optional feature); Composite (optional feature); Plastic (optional feature); Rubber (optional feature); Titaneum (optional feature)