Case study of processing with a bead mill: "I want to maintain and utilize the material's performance."
Achieved dispersion without compromising the crystal structure of the particles through Ashizawa's unique mild dispersion technology.
Achieved through Ashizawa's unique mild dispersion technology, which minimizes the impact on particles being processed, dispersion is carried out without damaging the crystal structure of the particles. This method allows for high dispersion while maintaining the properties of the particles without causing damage to the primary particles. Furthermore, it suppresses surface activity, enabling soft dispersion of particles that tend to aggregate easily. For more details, please download the catalog or contact us.
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**Features** - Mild dispersion using Asizawa's unique technology - Minimizes impact on particles during processing - Disperses without damaging the crystal structure of the particles - Achieves high dispersion while preserving the characteristics of the particles without damaging the primary particles - Softly disperses particles that tend to agglomerate due to suppressed surface activity - Conventional dispersion → Over-dispersion can easily damage particles and lead to agglomeration. → The properties of the product are also likely to be compromised. For more details, please download the catalog or contact us.
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Ashizawa Finetech is a consulting-oriented manufacturer of micronization and dispersion machines that shares a vision with customers for the future of humanity and the Earth, and challenges issues related to fine grinding and dispersion! We provide a comprehensive proposal and supply of equipment and technologies that support the fine processing steps, including bead mills (wet/dry micronization and dispersion machines) that can achieve micronization and dispersion down to the nano and sub-micron levels using a top-down approach, as well as mixers and degassers. In recent years, the demands for particle size reduction have become more sophisticated, and it has become important not only to achieve micronization but also to enhance the functionality and characteristics of the particles. Our latest model, the Star Mill, enables stable use of beads as small as φ0.03mm through a unique mechanism that allows for "mild dispersion" to reach the nano range without damaging the particle surfaces. We offer a wide range of equipment, from benchtop experimental machines that can operate with small quantities to large-scale production machines with a capacity of 3000 liters. We welcome you to test our equipment in our laboratory, so please take the opportunity to verify its performance.