This is an energy-saving type of low shear axial flow stirring blade that boasts high discharge performance with low power consumption.
This is an energy-saving type of low-shear axial flow stirring blade that boasts high discharge performance at low power by considering the wing's airfoil shape, angle of attack, and camber ratio, and adopting a multi-stage bending structure with a twisted down wingtip to suppress separation on the wing's rear surface. It is suitable for liquid-liquid mixing, solid-liquid dispersion, and the uniform suspension of easily crushable and lightweight particles, as well as emulsified microcapsules (latex, etc.), while utilizing excellent axial fluidization effects, and its characteristics are also demonstrated in multi-stage stirring combinations. For more details, please contact us or refer to the catalog.
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basic information
【Features】 ○ Multi-stage bending structure with twisted wing tips ○ Suppresses delamination on the wing's rear surface ○ High discharge performance with low power consumption ○ Energy-saving type ○ Suitable for uniform suspension of easily crushable and lightweight particles or emulsified microcapsules ● 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.