For demanding mixing processes like hydrometallurgy, hydrogenation and emulsification, Milton Roy Mixing offers a range of radial and specialty impellers engineered for high shear and efficient gas-liquid transfer and reaction. These impellers are perfect for reactive dispersion, high-pressure reactions, and viscous fluid mixing.
A flow is described as radial when the liquid discharge has a predominantly radial direction.
The impeller sucks the liquid axially (from both the top and the bottom) and then generates a radial flow towards the tank wall. The resulting jet splits into an upward part and a downward flow.
Turbines are radial-flow impellers, characterized with blades being vertical or strongly inclined relative to the horizontal plane.
Find the Perfect Impeller for Your Process
Let Milton Roy Mixing guide you to the right solution for your toughest mixing challenges.
Flow Type: Radial or mixed . Viscosity Range: Up to 50,000 cP (special impellers for extreme conditions)
Speed: 100 - 600 rpm for high-shear and dispersion processes . Diameter: 150 mm to 4,000 mm . Power Range: 0.55 kW to 1,000 kW, depending on process intensity
A leading chemical manufacturer faced challenges in chemical reaction with non-Newtonian polymer mixing, resulting in inconsistent product quality and long cycle times. By integrating Milton Roy Mixing radial flow impellers into their reactor system:
Radial Flow; Gaz-Liquid/ Liquid-Liquid Transfer; For low to medium viscosities; Low viscosity; High shear
Hydrometallurgy; Heat Transfer; Coupled with axial flow; impeller; Low off-bottom placement for assisting solid suspension
Radial Flow; Gas-Liquid; Liquid-Liquid Transfer; For low to medium viscosities; Low viscosity; High shear. 2, 4 or 6 blades;
Hydrometallurgy; Heat Transfer; Coupled with axial flow impeller; Low off-bottom placement for assisting solid suspension
Radial Flow; Low level agitation; Low Shear; Low viscosity
Prevents solid settling; Solid suspension; Heat Transfer; Low off-bottom placement for assisting solid suspension
Radial Flow; High Gas-Liquid Transfer; High pressure reaction; Low viscosity
Bio-Hydrometallurgy
Radial Flow/Self aspiration; Gas-Liquid Transfer; Low viscosity
Hydrogenation; White liquor; WWT (O2 injection T2)
For High shear applications; High speed dispersion; High viscosity; Used to break down solids
Deagglomeration; Emulsification
Two removable parts; Low viscosity; Used to break down solids
Sulfur Melter; Heat transfer; Coupled with axial flow impeller; Low off-bottom placement for assisting solid suspension
