[Case Study] Mixing of High Viscosity Binder and Powder
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[Demo Application Available] Expectations for Propeller-less Mixing Method and Surprising Results! Uniform Mixing of High Viscosity Binder and Powder
We would like to introduce a case study of a customer involved in the research and development of heat-dissipating ceramic materials who adopted our rotational and orbital mixer. The company had been mixing materials primarily by hand, but they were unable to achieve satisfactory results when mixing large amounts of powder with a high-viscosity binder. Therefore, we demonstrated the conditions using a large amount of powder that could not be mixed by hand. As a result, what previously took several hours to achieve a satisfactory state was transformed into a uniform ceramic slurry in just a few minutes. Since the device settings can be registered in memory according to material conditions, reproducibility is also high, leading to the adoption of the "Awatori Neritaro ARE-310 (atmospheric pressure type)." [Case Study] ■ Customer's Concern: Mixing of high-viscosity binder and powder ■ Product Introduced: Awatori Neritaro ARE-310 *For more details, please refer to the PDF document or feel free to contact us.
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THINKY Corporation has realized simultaneous processing of stirring and degassing through the concept of combining two types of rotation: rotation and revolution. The "Awatori Rentaro," a rotary-revolution mixer, was born as a device that can process these two opposing processes, "stirring" and "defoaming," which had long been considered separate steps in the material processing process, simultaneously and in a short time. Currently, Awatori Rentaro has grown into a diverse lineup, ranging from small tabletop models for laboratories to large-scale production models. We have received numerous inquiries from various fields both domestically and internationally. THINKY will continue to assist in solving material processing challenges and building a foundation for mass production with our unique material processing technology and know-how.