It is hoped that efficient goals can be achieved without adding excessive energy.
In solid-liquid mixing systems such as storage tanks, the suspension and fluidization of slurries are required, and it is desirable to achieve efficient results without applying excessive energy. The HR800 series has been developed for this purpose to achieve high efficiency in the suspension and fluidization of slurries with low power consumption. To realize this, the discharge characteristics, flow patterns, and velocity distribution are crucial to prevent dead space at the bottom of the tank, which can cause slurry stagnation. Various research outcomes, such as the dual-wing effect obtained by combining a main wing with low power and high discharge characteristics and a small-diameter, high-angle-of-attack wing, have been incorporated. For more details, please contact us or refer to the catalog.
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【Features】 ○ Suspension and fluidization of slurry ○ Achieving efficient objectives without excessive energy input ○ Achieving high efficiency in slurry suspension and fluidization with low power ○ Discharge characteristics to prevent stagnation of slurry ○ Dual wing effect obtained from main wings with low power and high discharge characteristics, and small diameter, high angle of attack wings ● For more details, please contact us or refer to the catalog.
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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.