It is possible to measure the particle size distribution under optimal conditions tailored to various samples.
- Measurement in the submicron range is possible with a dry method. - Adaptable to a wide range of sample particle sizes. - A variety of options for different dispersion units. - Measurement range and dispersion units can be expanded after delivery.
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basic information
This is a laser diffraction dry particle size distribution measurement device that enables the measurement of dry submicron fine powders using a dispersion method utilizing compressed air. It can accommodate a wide range of sample particle sizes (0.1 to 8750 μm), and the measurement range can be expanded after delivery. Additionally, the dispersion unit can be selected to use methods other than compressed air, allowing for particle size distribution measurements under optimal conditions tailored to various samples, including dry, wet, and spray methods.
Price information
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Delivery Time
Applications/Examples of results
- Magnetic powders... Samples that tend to re-agglomerate in liquid can also be measured using dry methods. - Grains, etc... Samples that expand in liquid can also be measured using dry methods. - Various granulated products... Brittle granulated products can be measured without breaking the particles. - Toner, pigments, powder coatings, carbon, metal powders, and others.
Company information
Matsubo provides services in two business areas: [Industrial Machinery & Information] and [Powder Technology], supported by a [Technical Center] backup system. Breaking away from the confines of a specialized machinery trading company, we have established a comprehensive service system to ensure our customers can use our products with confidence, ranging from consulting prior to implementation, engineering related to installation and localization, to maintenance and proposals for improvements and modifications after installation.
