[Data] Evaluation Method for the Number of Fine Particles (High Dispersion of Fine Particles/Solution Dispersion)
Evaluation of the number concentration of fine powders! Measurement from both fine powder and solution dispersion perspectives.
This document discusses the issues related to powder evaluation, particle classification using the DMA method, and particle size distribution measurement through the ionization of powder dispersion solutions, focusing on the quantitative evaluation of fine powders. There are two methods for the quantitative evaluation of fine powders: evaluating them as fine powders and evaluating them after dispersion in a solution. In the "evaluation as fine powders," agglomerate-prone powders are assessed based on primary particle size. The proportion of their presence is analyzed through multi-channel measurements. In the "evaluation after dispersion in a solution," particle size distribution measurement from 2.5 nm allows for the evaluation not only of primary particle size but also of agglomeration states and particle classification. [Content Summary (Excerpt)] ■ Quantitative evaluation methods for fine powder samples ■ Fine powder evaluation using a high-dispersion powder generation device - RBG1000 ■ Generation mechanism of RBG1000 ■ Fine powder particle size distribution evaluation ■ Fine powder evaluation methods (100-1000 nm range) *For more details, please refer to the PDF document or feel free to contact us.
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【Other Listings】 ■ Principle of Electric Mobility Method (DMA Method) - Particle Classification ■ Principle of Condensed Particle Counter (CPC) - Particle Counting ■ Evaluation Method for Fine Powders (0.2-105μm Range) ■ Aerosol Spectrometer Welas Digital 2000 ■ Welas 2000 Particle Size Distribution Measurement ■ Measurement of Particle Size Distribution by Ionization of Powder Dispersion Solutions, etc. *For more details, please refer to the PDF materials or feel free to contact us.
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Tokyo Dairek Co., Ltd. primarily engages in the sale of equipment and systems for the analysis, measurement, generation, collection, and processing of nanoparticles and fine particles (aerosols) suspended in gases. The analysis of nanoparticles and fine particles (aerosols) not only aids in the assessment and resolution of environmental and health impacts caused by recent diesel particulates, tobacco smoke, asbestos, pollen, radioactive particles, and nanomaterials, but it is also attracting attention for the development of high-performance materials and nanomaterials that leverage the properties of ultrafine particles, the development of more effective pharmaceuticals and pesticides, load testing of ultra-precision equipment, and next-generation semiconductor manufacturing environments. At Tokyo Dairek, we offer a wide range of high-performance equipment and systems, and with the support of our experienced technical team possessing advanced expertise, we contribute to the research and development and industrial advancement of customers in various fields.
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