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[Case Study] Sharpening Particle Size Distribution through Dispersion Process with Bead Mill

We will introduce a case where the bias of beads can be suppressed, resulting in a sharp particle size distribution!

At the material manufacturer, dispersion was performed using a bead mill to micronize ceramics. However, there were challenges such as "the beads becoming unevenly distributed in the disperser due to pump pulsation, leading to over-dispersion," and "beads flowing out from the outlet side of the bead mill and getting caught in the pump, causing abnormal stops." For solutions to these challenges and requests, please download and refer to the PDF materials. 【Customer's Challenges and Requests】 ■ Beads are unevenly distributed in the disperser due to pump pulsation, leading to over-dispersion. ■ Beads flow out from the outlet side of the bead mill and can get caught in the pump, causing abnormal stops. ■ Due to small-batch production of various types, frequent liquid changes are necessary, resulting in a high cleaning frequency. *For more details, please refer to the PDF materials or feel free to contact us.

Related Link - https://www.tacmina.co.jp/application/detail/1113

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[Case Study] Sharpening Particle Size Distribution with Bead Mill Dispersion Process

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