The stirring wing (impeller) is the most important part of the stirring device, classified into axial flow type and radial flow type.
The stirring blade (impeller) is the most important part of the stirring device. The rotational energy generated by the motor is transmitted to the impeller through the shaft and converted into kinetic energy. At this time, pressure shear occurs along with fluid motion, and the characteristics of the blade (impeller) are classified into axial flow type and radial flow type based on the ratio of these factors and the flow pattern created by the discharge flow direction. Impellers are divided into high and medium Reynolds number (Re) regions, and (high), medium, and low Re regions. The high and medium Re regions include classifications such as propellers, high discharge propellers, paddle types, flat paddle types, turbine types (with discs), cone types, and surface aeration types, while the (high), medium, and low Re regions include classifications such as special paddles and ribbon-screw types. For more details, please contact us or refer to the catalog.
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**Features** ○ HR100 Impeller → Energy-saving type with low shear mixing blades that excel in discharge performance → Suitable for liquid-liquid mixing and uniform suspension of easily crushable and lightweight particles → Generates a larger discharge flow with less power than conventional three-blade propellers ○ HV200 Impeller → Unique double-wing design utilizing three wide blades and auxiliary wing effects → Cancels out the separation area generated on the back of the main wing, significantly increasing discharge flow rate and maximum discharge velocity ○ HR320 Impeller → Prevents flow separation at the blade tips, improving discharge capacity → Excellent for low liquid level operation and extremely low blade mounting heights, as well as solid-liquid mixing → Significantly more efficient than conventional four-blade pitch paddles ○ HR700 Impeller → Prevents separation at the blade tips, pursuing optimal blade planform shape and camber ratio → High-discharge impeller with consideration for optimal downwash angle contributing to discharge performance → Suitable for mixing of multiphase systems, solid-liquid mixing, and their combined mixing → Significantly more efficient than conventional three-blade propellers ○ HR800 Impeller → Double-wing effect combining low power, high discharge characteristics of the main wing with small diameter, high angle of attack wings → Suitable for storage tanks in solid-liquid mixing applications ● For more details, please contact us or refer to the catalog.
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Company information
Satake is a specialized global company. As a research and development-oriented enterprise that values creative spirit and bold action, we continuously challenge ourselves with new technologies. Stirring, which is an essential process in all manufacturing, is not an exaggeration to say it is indispensable. Our main business involves proposing and manufacturing and selling stirring machines that address the diverse needs of different sites. We have a research institute specializing in stirring technology, which is rare even in the world, and by pursuing fluid analysis technology, we produce numerous high-efficiency stirring blades and lay the foundation for new business developments such as bioreactors and wet classifiers. Moving forward, we will continue to contribute to societal development through user satisfaction and trust, as well as support for production sites.