The impeller is welded by 9 twisted blades and a shaft sleeve.The blades are manufactured by die stamping and welded via precise positioning tool. The impeller is installed on the rotor shaft of motor. There are 12 fixing holes on the sleeve for dynamic balance. The impellerpower consumption range is between 2.2kw and 11kw, and the maximumefficiency of the impeller is 45%. The impeller typecan be customized according to customers’ requirements.
1.The accuracy of dynamic balance is up to G6.3;
3.Suitable for onshore and high altitude area.
4.High efficient and reliable;
5.Lifespan is over 20 years.
The axial flow impeller is a type of impeller used for agitation and mixing of fluids in various industries such as chemical, pharmaceutical, and food. It is characterized by the arrangement of its blades along the axis, which creates an axial flow pattern in the fluid, resulting in efficient mixing and circulation.
Advantages of axial flow impeller:
Efficient mixing: The axial flow impeller generates strong axial flow, which promotes rapid and efficient mixing of fluids. This allows for effective blending and distribution of substances within the fluid.
High flow rate: The design of the axial flow impeller allows for a higher flow rate compared to other impeller types. This enables faster circulation and reduces the mixing time required for achieving desired results.
Energy-saving: The axial flow impeller is designed to maximize fluid flow with minimal power input. This results in energy savings and reduces operating costs, making it a cost-effective solution for industrial applications.
Reduced shear and turbulence: The axial flow impeller produces less shear and turbulence compared to other impeller types. This is especially beneficial in applications where shear-sensitive or fragile substances need to be mixed without causing damage or degradation.
Versatility: The axial flow impeller can be used in various-sized containers and can handle different types of fluids, including viscous liquids, suspensions, slurries, and multiphase mixtures.