JBF mixing impeller

JBF-X inclined blade propeller

Suitable for medium and low viscosity fluids. It can not only be used in the turbulent flow process, but also used in the laminar flow process. It is especially suitable for viscosity change, which causes complex stirring and solid suspension process between turbulent flow and laminar flow.

The six concave blades replace the flat blades of the six-blade disc turbine. The air cavity at the trailing edge of the blade disappears to a certain extent. The power drop during aeration is smaller than that of the six-blade disc turbine, and the maximum gas dispersing capacity is 2.4 times of it. The mass transfer coefficient can be increased by more than 10% compared with the six-blade disc turbine.

JBF-Y aerofoil axial flow blade

JBF-FD asymmetrical concave impeller

Suitable for the gas-liquid-solid mixing process. Compared with the six-blade turbine, the impeller can reduce the shear rate by 75% at the same torque and power consumption. Compared with the radial impeller combination and the six-blade turbine, the mass transfer coefficient is increased by more than 15%, and it is suitable for fermentation, mass transfer, and solid suspension processes.

The six deep concave blades are of an asymmetrical structure above and below the disc. The air cavity at the trailing edge of the blade disappears completely. The power drop during aeration is smaller than that of the six-blade disc turbine, compared with the six-blade disc turbine, the gas dispersing capacity is improved by nearly 5 times. The mass transfer capacity can be increased by nearly 20% at most, and the impeller is relatively insensitive to material viscosity

The inclination angle and the width of the blade vary with its radial position, which can be traced to the traditional ship propulsion impeller, and has good adaptability to fluid viscosity.

The inclination angle and the width of the blade vary with its radial position, which can be traced to the traditional ship propulsion impeller, and has good adaptability to fluid viscosity.

JBF-G efficient axial flow propeller

JBF-Y six-blade disc turbine mixing impeller

A high-performance blender specially designed for the intensive mixing process requirements for liquid mixing, heat transmission and solid suspension.

Suitable for liquid-liquid-gas dispersion. The trailing edge of each blade forms two powerful shear strengths, so that the liquid and gas can be dispersed.

JFB-YZ aerofoil axial flow mixing impeller

JFB-F fullzone mixing impeller

Suitable for liquid-liquid mixed heat transfer and solid suspension. The impeller minimizes the trailing vortex of the blade and improves the macro-flow. Compared with the traditional inclined blade, the efficiency is improved by more than 30%.

Used in the mixing process from low viscosity to high viscosity, suitable for liquid-liquid dispersion, solid-liquid suspension and crystal separation process. Under the same power consumption, compared with the helical ribbon impeller, the mixing time can be reduced by more than 15%, and the heat transfer efficiency can be improved by more than 10%.

JBF-L streamlined blade

JBF-C tooth dispersion impeller

Featured by large mixing area and low energy consumption, especially suitable for gas-liquid-solid mixing and stirring.

Able to generate high shear and suitable for mixing and dispersing of fluids with medium and low viscosity.

JBF-P vane-type mixing impeller

JBF-B standard screw propeller

The largest vane-type impeller is used in the mixing process from low viscosity to high viscosity, and is suitable for operations such as liquid-liquid dispersion, solid-liquid suspension and crystal separation.

The largest vane-type impeller is used in the mixing process from low viscosity to high viscosity, and is suitable for operations such as liquid-liquid dispersion, solid-liquid suspension and crystal separation.

JBF-M anchor blade

JBF-S double-speed combined mixing impeller

Suitable for mixing and heat transfer of fluids with high, medium and low viscosity.

Suitable for the dispersion, mixing and heat transfer processes of fluids with high and medium viscosity.