Rushton Turbine for Industrial Mixing

RIXU - the Art of Agitating & Liquid Mixing
 
RIXU now occupies an area of 50,000 square meters with complete machining, welding, assembly and testing facilities (in total about 70 sets) in our factory. Together with our 50 employees, RIXU is ready to supply the high quality products to our customers locally and worldwide. For more information please visit us at: js-ruixu.en.made-in-china.com.
 
 
INTRODUCTION:
The Rushton impeller, named after its designer, is one of the first mixing impeller designs to be documented. The flow generated by a Rushton impeller is discharged radially outward to the vessel wall with half the flow directed upward, and half the flow directed downward.
 
Rushton impellers have four or six vertical blades, equally spaced around a disk. The new generation is with backswept curved blade. The curved blade prevents material buildup on the blades and has highest gas dispersing capability available.
 
Rushton impellers are used for low to medium viscosity fluids.
 
Although Rushton impellers can be used for any type of single- and multiple-phase mixing duty, they are most effective for gas-liquid and liquid-liquid dispersion and provide higher shear and turbulence levels with lower pumping. With suitable baffles these flows are converted to strong top-to-bottom flows both above and below the impeller.
 
RIXU IMPELLERS FOR INDUSTRIAL AGITATOR:
Impeller is the key element of an agitator for an efficient mixing. As there are thousands types of impeller available for different applications, it means the selection of the suitable impeller is not easy, while at RIXU, we do it based on accurate calculation and more important, the "experience".
 
Basically, there are two types of impellers, depending on the flow regime created:
(1) Axial flow impeller
Marine propeller; Hydrofoil; Pitch blade
(2) Radial flow impeller
Anchor & Gate; Dissolver; Rushton turbine; Helical ribbon; Retreat
 
Axial flow impellers impose essentially bulk motion, and are used on homogenization processes, in which increased fluid volumetric flow rate is important.
 
Radial flow impellers impose essentially shear stress to the fluid, and are used, for example, to mix immiscible liquids or in general when there is a deformable interface to break. Another application of radial flow impellers is the mixing of very viscous fluids.
 
APPLICATIONS:
1.     Beverage Industry
2.     Chemical Industry
3.     Coal-fired Power Generation
4.     Cosmetics Industry
5.     Dyestuff and Coating
6.     Fermentation
7.     Fertilizer Production
8.     Fine Chemicals
9.     Flue Gas Desulfurization (FGD)
10.   Food Industry
11.   Mineral Industry
12.   Mining Industry
13.   Oil and Gas Industry
14.   Petrochemicals
15.   Pharmaceuticals
16.   Pigment and Painting
17.   Plastics and Rubber
18.   Polymers and Resin
19.   Pulp and Paper
20.   Waste Water Treatment

SPECIFICATIONS:
1.     RIXU offers customized solutions according to customer requests.
2.     RIXU reserves the right to modify the design without notice.