Turbine Stirring Series

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model

function

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Four fold blade opening turbine agitator

PP401

One of the traditional agitators that balances circulation and shear, suitable for mixing, heat transfer, circulation, and reaction of low to medium viscosity fluids.
Features: Medium shear and cycling, medium low speed operation, easy to scale up.

Four fold blade opening turbine agitator

PP402

The traditional axial flow agitator suitable for large equipment has been replaced by curved impellers such as SP302 in most cases, but it is still used in mixing processes that require a certain amount of shear force.

Six fold blade opening turbine agitator

PP601

Axial flow propeller, suitable for mixing, circulation, solid suspension, dissolution, etc. of low viscosity fluids.
Features: Medium cutting and looping
Medium speed operation, suitable for small and medium-sized equipment.

Six blade disc turbine agitator

DT601

A typical runoff shear blade is suitable for mixing, extraction, emulsification, solid suspension, dissolution, bubble dispersion, absorption, etc. of low to medium viscosity fluids.
Features: Strong cutting, medium speed operation, high energy consumption.

Six bladed disc turbine agitator

DT602

Similar to the DT601 mixer, the folded blade design enhances axial circulation capability and reduces shear.

Six curved blade disc turbine agitator

DT603

Runoff paddle, suitable for dispersion, circulation, crystallization, solid dissolution, reaction, etc. of medium and low viscosity fluids.
Features: Lower shear force and energy saving compared to DT601, operating at medium to high speeds.

Elliptical concave blade turbine

DT604

Runoff shearing blade is suitable for dispersing large amounts of gas in liquids, with stronger gas processing capacity than DT601 and a 50% reduction in energy consumption.
Characteristics: Strong gas processing capability, minimal impact of ventilation on its power, medium speed operation, moderate energy consumption.

Parabolic concave blade turbine

DT605

The gas dispersion ability is stronger than DT604, the power consumption is less affected by changes in gas flow rate, the mass transfer coefficient is better, and the applicable viscosity range is wider.

Notch downward parabolic concave blade turbine

DT605A

Compared with DT605, it reduces power consumption at the cost of sacrificing some dispersion effect and cycling ability.

Three leaf swept mixer

RB301

Runoff impellers are suitable for mixing, heat transfer, circulation, crystallization, solid dissolution, reaction, etc. of low to medium viscosity fluids.
Features: Uniform distribution of shear force, generation of circulating flow with the cooperation of baffles, bottom mounted installation suitable for high and low liquid level changes, and medium to low speed operation.