Axial Flow

• Enhancement of the A240
• Additional "splash guard" improves aeration efficiency by channeling water
• Lower splash than A240
• Patented technology

• Uniquely suited for surface aeration
• Designed to lift and throw fluid versus pushing (PBT)
• Efficiency improvement of up to 15% versus a PBT
• Patented technology

Designed for Municipal Waste Treatment Applications

Recommended for use in services where a ragless impeller is either specified or required.  The Clean Edge remains free of fibrous debris while delivering performance equal to a hydrofoil impeller.

Recommended for low-viscosity flow-controlled applications

• Varying angle options optimize processes by changing the impeller diameter/tank ratio
• Maximizes flow with ability to add shear options
• Standard on the LIGHTNIN LFD Flocculator
• Improves results up to 40% vs. conventional pitched-blade turbines

Recommended for applications requiring moderate pumping action and powder-wetting capabilities

• Smaller diameter & direct drive applications
• Superpitch design
• 1.5 pitch ratio for greater mixing capabilities
• Standard axial flow
• Optional ring guard prevents damage from dip tubes, temperature probes and other in-tank devices

Recommended for low viscosity flow-controlled applications in hostile environments

• Lowest shear and highest flow per init of power of any impeller
• Maintains flow and reduces power an additional 15% compared to A310/A510
• Structural composite is lightweight and extremely resistant to corrosion
• Excellent for use with acids, caustics, chlorinated solutions and other aggressive chemicals

Recommended for up-pumping applications

• Very high circulation rate
• Ideal for multi-phase applications, such as fermentation, polymerization and hydrogenation
• High gas induction from surface
• Controls foaming

Recommended for higher-viscosity applications requiring good blending & fluid motion in thicker fluids

• Cuts blend time by half
• Shear rates are modest for both high- and low-viscosity conditions
• Fluid foil design delivers better axial motion and reduces power consumption

Recommended for gas-liquid dispersion and mass transfer-controlled applications

• Can improve mass transfer by 30% compared with Rushton turbines
• Decreases shear rates up to 75%
• Can reduce energy costs up to 45%
• Improves yields in shear-sensitive processes

Recommended for axial-flow impeller for side-entry applications

• Designed for demanding pulp and paper applications
• Also used in other side-entry applications, such as oil storage
• Focused axial flow creates best blending per horsepower