Axial flow agitator series

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model

function

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Marine propulsion system

SP301

Typical axial flow propeller, suitable for mixing, heat transfer, circulation, solid suspension, dissolution, etc. of low viscosity fluids.
Features: low shear, strong cycling, high-speed operation, low energy consumption.

Marine thruster with stabilizing ring

SP301S

The SP301 mixer, equipped with a stabilizing ring, enhances the stability of the mixer during high-speed operation.

Narrow blade curved axial-flow propeller

SP302

Efficient axial flow mixer can achieve larger displacement with the same power. Suitable for mixing, heat transfer, circulation, solid suspension, dissolution, etc. of low to medium viscosity fluids.
Features: low shear, strong cycling, medium low speed operation, low energy consumption, small mass, easy to scale up.

Wide blade curved axial-flow propeller

SP303

Axial flow propeller, used for gas-liquid processes; At higher gas velocities, it can better disperse gases and control flow patterns than ordinary axial flow agitators. At the same power consumption, it can increase the mass transfer coefficient by more than 30% compared to traditional radial flow impellers; Its axial flow performance is also sufficient to ensure good solid-liquid suspension at lower power consumption.

Large blade propeller

SP304

High viscosity fluid agitator; Many efficient agitators that can be used in turbulent conditions have significantly reduced efficiency at low Reynolds numbers or high viscosity states, while SP304 does not experience this situation. The special blade design not only reduces procurement costs but also saves operating costs. Compared with other commonly used frame, anchor, screw and other agitators for high viscosity fluids, the mixing time is also shorter.

Self-priming curved propeller

SP305S

A high-efficiency axial flow propeller suitable for low viscosity fluids and solid-liquid suspensions, with a more regular flow pattern than other types of axial flow agitators. Usually used in conjunction with GT101 self-priming agitator, it is used for gas-liquid reactions such as liquid-phase catalytic hydrogenation, oxidation, carbonylation, alkylation, etc.

High solid content arc blade propeller

SP306

Axial flow agitator is suitable for suspensions with high solid content (35%~65%), especially when the suspension has a certain viscosity due to small solid particles; It can also be applied in the presence of a small amount of gas.

Side entry curved blade propeller

SP307

First JinThe side inlet streamlined impeller design can generate jet action, allowing the fluid to quickly reach the opposite inner wall of the container, with high efficiency, large circulation effect, and good mixing and solid-liquid suspension effect.

Power plant axial flow propeller

SP309

The axial flow agitator developed specifically for power plants has an effective fluid dynamics design and can operate in low viscosity (1-2500cp) conditions. It is also used for solid-liquid suspensions with low solid content (0-15%).

Narrow blade curved axial-flow propeller

SP402

Efficient axial flow mixer can achieve larger displacement with the same power. Suitable for mixing, heat transfer, circulation, solid suspension, dissolution, etc. of low to medium viscosity fluids.
Features: low shear, strong cycling, medium low speed operation, low energy consumption, small mass, easy to scale up.

Wide blade curved axial-flow propeller

SP403

Axial flow propeller, used for gas-liquid processes; At higher gas velocities, it can better disperse gases and control flow patterns than ordinary axial flow agitators. At the same power consumption, it can increase the mass transfer coefficient by more than 30% compared to traditional radial flow impellers; Its axial flow performance is also sufficient to ensure good solid-liquid suspension at lower power consumption.

Self-priming axial flow propeller

SP405S

A high-efficiency axial flow propeller suitable for low viscosity fluids and solid-liquid suspensions, with a more regular flow pattern than other types of axial flow agitators. Usually used in conjunction with GT101 self-priming agitator, it is used for gas-liquid reactions such as liquid-phase catalytic hydrogenation, oxidation, carbonylation, alkylation, etc.