Analysis of particulate size is a critical measure used in many industries for quality control. Particle size analysis test is a crucial factor in assessing the reliability of the finished product's processing and consistency in almost every sector where broiling or grinding is employed. Particulate size covers various markets and different type of products:

• Pharmaceuticals
• Building materials
• Paints and coatings
• Food and beverages
• Aerosols

A wide range of content forms can be investigated, including:

• Metals and oxides powdered
• Pigments
• Emulsions
• Polymer suspensions

Particle size can be calculated using a number of techniques. Such particle sizing methods are applicable to various samples, while others are limited to particular applications. It's crucial to pick the right method for the sample since different methods will yield vastly different outcomes for the same specimen. Nishka will help you to choose the right technique.

The various Techniques for Particulate Size analysis are:

1. Mechanical Dry or Wet Sieving
2. Optical Microscopy
3. Sedimentation Rate
4. Coulter Counter, which measures particle volume
5. Dynamic Light Scattering (DLS)
6. Scanning Electron Microscopy (SEM)
7. Transmission Electron Microscopy (TEM)
8. Atomic Force Microscopy (AFM)
9. Automated imaging
10. Laser Diffraction

The most commonly used method for particle size measurement is laser diffraction. The techniques have improved dramatically over time, as they can analyze a vast range of sizes in a variety of dispersion media. Manufacturers and end consumers of powdered materials rely on these high-resolution light scattering measurements to ensure total characterization of their sample's particle size distribution.

NISHKA Research now provides this particle size characterization study with the latest introduction of our laser diffraction methods using industry-leading instrumentation. ISO 13320 describes laser diffraction as a well-established industry standard procedure. Dry media have a detection range of 100 nanometers to 3.5 millimeters, whereas liquid dispersions have a detection range of 10 nanometers to 2.1 millimeters. We follow the norms of ISO 13320. Our research analyst carry out this analysis to characterize the specimen and qualify it to use in a group of manufacturing purposes, powder metallurgy, powder coating applications and other components.