The HS100 turbine achieves an extremely low power number (Power number ratio to 6FT: approx. 65% reduction). Liquid fluidizing action is improved compared to conventional turbines, along with high-performance gas absorption (KLa). Impeller lift at low power creates more focused flow, utilizing pressure gradients and fluctuations of the discharge field to produce powerful shearing and destructive action. When paired with the high-discharge type HR100 Impeller, this impeller achieves overall incredibly highly efficient in-tank liquid fluidizing action, shearing, and destructive action (gas dispersion).

In addition to considerations regarding the plane shape of the impeller, the angle of attack, and the camber ratio, the HR100 Impeller features a multistage curved structure, and suppressing separation on the rear surface of the impeller results in an energy-saving, low-shear type axial flow impeller that boasts high discharge performance at low power. This product excels at liquid-liquid mixing, solid-liquid dispersion, uniform suspension of particles that are fragile and lightweight, emulsified micro-capsules (latex, etc.), and is effective in combinations that utilize superior axial fluidizing action in multi-stage mixing.

The Satake Sparger is designed with gas discharge direction in mind so that aerated gas passes near the impeller, which is where the shearing field is located. Also, a stationary impeller is attached to the ring, and increasing the velocity gradient of the flow improves shearing and destructive action. Furthermore, the stationary impeller strengthens the discharge action. These actions efficiently disperse gases.