"Nano-dispersion even for high-viscosity slurries" and "low-damage dispersion for particles" to meet special needs!
The "Ultra Apex Mill Advance" is a product that enables dispersion in the nano to micron range even for high-viscosity slurries, which is difficult with conventional bead mills. It allows for low-damage dispersion to the particles, preserving their inherent properties. Therefore, it is suitable for raw material processing where fine particle grinding is a concern. Additionally, it has low bead wear, which can reduce contamination levels. 【Features】 ■ Enables nano dispersion even for high-viscosity slurries ■ Allows for low-damage dispersion to particles ■ Reduces contamination ■ Easy structure for bead replacement and machine disassembly/cleaning *For more details, please refer to the catalog or feel free to contact us.
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【Operating Conditions】 ■ Usable bead diameter: Φ0.015mm to Φ0.5mm ■ Bead separator peripheral speed: 6m/s to 18m/s *For more details, please refer to the catalog or feel free to contact us.
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Applications/Examples of results
【Examples of Use】 ■ High Viscosity Compatibility - Optical materials (nano-dispersion of zirconia and silica in resin raw materials) - Conductive paints - Cosmetics (dispersion of titanium dioxide and zinc oxide in oil), etc. ■ Low Damage Dispersion Compatibility - Electronic materials (barium titanate, hollow silica) - Electrode materials (nano silver, nickel, etc.) - Thermal barrier materials (ITO, etc.) - Photocatalysts (titanium dioxide) - Liquid crystal pigments *For more details, please refer to the catalog or feel free to contact us.
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We are putting into practical use unique technologies that lead the world, such as cylindrical centrifuge dehydrators and nano-dispersing bead mills. The cylindrical dehydrator efficiently dewaters organic sludge by employing a cylindrical bowl and a tapered conveyor, simultaneously applying centrifugal and compressive forces right up to the moment of cake discharge to reduce the cake moisture content. The nano-dispersing bead mill adopts a bead separation method using centrifugal separation and a slit method, allowing for the use of microbeads as small as 15 microns to several millimeters, enabling wet grinding and wet dispersion processing from micron sizes to nanoparticles. These products are utilized in various fields such as environmental equipment, chemical machinery, industrial machinery, and pharmaceutical manufacturing machinery, meeting our customers' expectations.