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Do you have any concerns regarding stirring? ■ Settling occurs, and it doesn't mix uniformly ■ It foams up, and it takes time to defoam ■ The viscosity is high, making it difficult to mix ■ Cleaning is troublesome and time-consuming The "Ball Turbine" features a large, diagonally opened corner groove that creates a powerful lateral discharge flow to draw up settled materials, ensuring that even high-viscosity liquids are stirred thoroughly【*See video】. Additionally, its shape minimizes vortex formation, reducing air entrapment even at high speeds, which helps to suppress foam generation. Moreover, its simple design makes cleaning a breeze! *For more details, please request our materials or view the PDF data available for download.
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Free membership registrationDo you have concerns about high viscosity that doesn't mix? Generally, high-viscosity stirring blades with sawtooth edges on the circumference of a disc are designed to emulsify or promote dissolution by shearing the solution, and they are not suitable for dispersion or preventing sedimentation. Additionally, propeller-type stirring blades only move the solution around the edges of the blades, making effective mixing difficult. Our stirring body, the "Ball Turbine," generates powerful discharge and suction flows that thoroughly mix high-viscosity liquids, solving your problems. [Features] ■ Powerful discharge and suction flows ■ Mixing of high-viscosity solutions *For more details, please refer to the external link page or feel free to contact us.
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Free membership registrationFoaming occurs when gas is mixed into the solution due to surface waves and vortices. Using a baffle can prevent waves and vortices, but it can lead to other issues, such as complicating tank cleaning and leaving sediment under the baffle. Our stirring element, the "Ball Turbine," has a shape that minimizes vortex formation, thereby reducing air entrapment even at high rotational speeds. Additionally, the inclined grooves help prevent foam retention. 【Features】 ■ Shape that minimizes generation ■ Reduces air entrapment even at high speeds ■ Dispersion of slurries *For more details, please refer to the PDF document or feel free to contact us.
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Free membership registrationAre you experiencing problems such as sediment being pushed to the corners of the tank and accumulating, or residual solids forming due to mixing for dispersion or dissolution? Our mixing device, the "Ball Turbine," features large angled grooves that create a powerful lateral discharge flow, allowing it to suck up sediment and prevent the settling of suspensions. [Features] - Sucks up sediment - Prevents the settling of suspensions *For more details, please visit the external link page or feel free to contact us.
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Free membership registrationDo you have any concerns regarding stirring? ■ Settling occurs, and it doesn't mix evenly ■ It foams up, and it takes time to defoam ■ The viscosity is high, making it difficult to mix ■ Cleaning is troublesome and time-consuming The "Ball Turbine" features a large angled groove that creates a powerful lateral discharge flow to lift settled materials, effectively stirring even high-viscosity liquids throughout【*See video】. Additionally, its shape minimizes vortex formation, reducing air entrapment even at high speeds, which helps to suppress foam generation. Moreover, its simple design makes cleaning a breeze! *For more details, please request our materials or view the PDF data available for download.
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Free membership registrationDo you have any concerns regarding stirring? ■ It settles and does not mix evenly ■ It foams up and takes time to defoam ■ It has a high viscosity and does not mix ■ Cleaning is cumbersome and time-consuming The "Ball Turbine" features large angled grooves that create a powerful lateral discharge flow to lift settled materials, ensuring thorough mixing even for high-viscosity liquids【*See video】. Additionally, its shape minimizes vortex formation, reducing air entrapment and suppressing foam generation, even at high speeds. Moreover, its simple design makes cleaning a breeze! *For more details, please request our materials or view the PDF data available for download.
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Free membership registration