
Pitched-Blade Turbine - PBT
The Pitched Blade turbine produces an axial flow pattern with a balance of shear and pumping. The blades are sloped at a constant blade angle over the length of the blade.
Recommended accessories
Stirrer Stand
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![]() The N series offers a mid range drive which features a double reduction, all helical gear reducer. |
MixMor Series N Turbine Agitators |
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![]() The axial flow hydrofoil impeller produces one of the most efficient flow patterns with low power consumption and shear. Available in three, four and wide blade designs for applications up to 50,000 centipoise. |
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![]() The vertical flat blade impeller, FBT, is a radial flow design used widely in low liquid levels or high shear applications with high power consumption than axial flow impellers. Four and six-blade designs are available. |
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![]() Mixers are furnished with square baseplates for mounting on open tanks or applications where a shaft seal is not required. Flat baseplates or angleriser baseplates for offset mounting are available. Gear Drive impeller speed options include 230, 290, 350 or 420 rpm. |
Baseplate Mounted Gear Drive Mixers |
** By Quotation Only
Due to numerous configuration options and in efforts to ensure designs meet customer's requirements, pricing is only available by quotation.
Please contact us to discuss your requirements. Our engineers will assist in providing a design to meet your specific needs.
A pitched blade turbine, PBT, produces axial flow. The blades of this turbine are inclined to the horizontal plane to form the blade angle. The most common of which is the PBT45, 45 degree pitched blade turbine. PBT30 and PBT60 with their 30 degree and 60 degree blades are also available.
Unlike their radial flow counterparts for which the discharge stream emerges from the periphery of the impeller, the flow of the pitched-blade turbine is discharged from the lower side of the blade producing its characteristic axial flow.


Impeller Parameters
- D - Blade Diameter
- α - Blade Angle
- Dw - Blade Width
- H - Sin α


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