The High shear mixing and gasliquid Applications rushton turbine is the traditional impeller for gas - liquid mass transfer controlled systems. It is also used where higher shear is needed. The High shear mixing and gasliquid applications shown above has similar characteristics to the High shear mixing and gasliquid applications but gives:
A higher power input in the gassed condition (reduced ‘K’ factor effect)
Lower power in the ungassed condition
The Low viscosity and flow-controlled applications provides a combination of performance characteristics and high flow e... Continue
The Low viscosity flow-controlled applications for hostile environments is a composite construction impeller. It uses a ... Continue
The Gas/ liquid applications with uppumping characteristics with up-pumping axial flow is the most recent development fo... Continue
Designed specifically for dependable draft tube service, the Draft-tube circulators. has a true airfoil shape and provid... Continue
The traditional impeller for larger volume applications. Largely superceded by the Low/medium viscosity, flowcontrolled ... Continue
The Axial flow impeller for gas/ liquid applications is capable of dispersing gas and controlling flow patterns at signi... Continue
The Axial flow impeller for side entry applications is designed for the arduous requirements of pulp and paper applicati... Continue
The High flow impeller for higher viscosity applications. is designed to operate in higher viscosity fluids. The effecti... Continue
Where very high viscosity (above 100,000 centipoise) is involved, helical impellers can be used. A variety of options in... Continue
The Two bladed anchor for higher viscosity applications. is a contoured two bladed anchor. It has applications in blendi... Continue
The High shear, typically used for difficult to disperse pigments provides high shear rates. It is generally used in con... Continue