Particle Size Distribution by nano tracking analysis for particles >50nm to 2µm.Particle Size Distribution by Image Analysis for particles ≥ 2 µm.Particle Size Distribution by Flow Imaging for Proteins from 1 to 600 µm.FocusedExtinction (FX-Nano) from 0.15 to 2 µm (≥ 10^6 counts/mL only).Determining particle size in colloidal solutions and inks Determining the. Laser Diffraction Analyzer from 0.8 to 1,000 µm Computer Hard Drive Components Magnetic Tapes Medical Devices Automotive Parts.Dynamic Light Scattering (DLS) from 0.01 to 2 µm.Single Particle Optical Sensing (SPOS) from 0.5 to 1,000 µm.The team of experts at Micro Measurement Labs is ready to tackle your most demanding material characterization application using any one of our many available instruments and technologies: When you need to identify an unknown or confirm the composition of a sample, the scientists in our particle analysis laboratory have the experience and expertise in particle size distribution and analysis. On the other hand, if the increased processing time promotes aggregation, product quality can be adversely affected: the aggregated pigment particles can cause the appearance of grains of sand imbedded in the finish.
To name just a few examples, in API powders, lipid emulsions, paint pigments, soft-drink syrup concentrates, CMP slurries, and colloid applications, the mean size of the particle size distribution (PSD) is critical to product performance, but it’s not the entire picture.įor example, if a paint pigment powder can be ground to a smaller mean particle size, the same vibrant color can be achieved using less raw material because of the increased surface area associated with the smaller mean size. In these cases the purpose of the testing is usually two-fold: material performance is characterized in addition to testing for product quality. In Particle Size Distribution applications, sometimes called Material Characterization, the product itself is made up of particles. Particle Size Distribution and Nanomaterials
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