By adopting a new sensor and strengthening sampler functionality, the measurement particle size range has been expanded from 30 nm to 1,000 µm to 17 nm to 2,500 µm.
The particle size of raw materials used for these materials is not particularly limited, but particles of about 500 μm or smaller is preferred from a viewpoint of manufacturing properties and administration properties.
To increase the power, the capacity, the life cycle and to reduce the charging time, the weight and the size of batteries we have to improve the chemical composition, the particle size distribution and the homogeneity of battery slurries.
In addition, high-grade recycled filler contains a wide variety of minerals such as calcium carbonate and clay, which have different light scattering properties, and by controlling the particle size, it will also improve paper opacity.
Through the know-how accumulated to date we are now able to synthesize 6 types of Zeolite and control particle diameters from submicron to several dozen micron.
Furthermore, in the single nano region(i.e., particle sizes of less than 10 nm), there are physical restrictions that make it difficult to detect scattered light, and the measurement of particle sizes also becomes difficult.
Accurate size distribution of powder particles The size distribution of dry powders is often difficult to measure because the particles tend to agglomerate, which falsifies the results.
The Aggregates Sizer measures aggregates of a wide range of particles sizes, from 7 nm to 800 µm, as part of a particle size distribution(displayed with particle quantities totaling 100%).
The Aggregates Sizer is able to measure aggregates of a wide range of particles sizes, from 7 nm to 800 μm, as part of a particle size distribution(displayed with particle quantities totaling 100%).
In order to obtain more information, 2um particle size may be used, but in this data it is an analysis example using 3um particle size and a general-purpose HPLC system, so it is easy to analyze digests.
To select the optimal packing materials from the wealth of our products, the separation mode and particle size are considered to enable purification of various components, such as small molecules, large molecules(including peptides and proteins), and chiral compounds.
Additionally, the product analysis needs to be performed without exposure to the atmosphere as well. Therefore, online or inline laser diffraction-scattering type particle size distribution analyzers are directly built into the grinding and classifying system.
Our technology controls the particle size and velocity individually, creating the best coating conditions. This technology also can create a better uniformity of atomization at a low pressure which combined with a stable consecutive material supply system enables you to create various films in any thickness which you require, ranging from an ultra-thin film at the nano level to only a few microns thick.
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