Particle size analysis is conducted for tracking impurity

We all are living in the world, where lots of technical and scientific developments are made. There is some or the other thing that is manufactured for use in laboratories. Well, do you own a laboratory and carry out regular particle size analysis? This necessitates the use of particle counters that are some sort of apparatus used to carry out this process. Particle counting systems is a part of physics that is concerned with health, which requires arithmetical computations and in-depth examination for getting outcome. The experts of the lab that are employed in the built-up unit of such kinds of products take additional care for the safety of patient’s life. They are, generally, used to check the impurity level, so that they required correction method can be employed. Each product and its functionality are planned methodically and the final product goes through a variety of tests, before getting passed for selling purposes.

There are many particle counting systems in the market that are considered useful to keep a check on the stage of increasing contamination in the laboratories caused by the use of several gasses and sprays. Laser diffraction, spray particle size analyzer and, submicron particle size and zeta potential analyzer are the particle counting systems employed by numerous laboratories around the world. You can also find numerous companies that sell these products at affordable rates. It is because of the importance given to the health of patients that visit laboratories for a particular test. After all, nothing matters as the safety.


Particle size analysis

It is a complex job to determine physical and chemical properties of materials. Particle size analysis makes the task easy. It is particle sizing that particles dispersed in solid or fluid can be determined of their chemical or other properties as desired. Particle size analysis is also termed as particle size distribution. The accurate and precise characterization of particle and material properties can be done only with the right particle sizing system.

The concept of particle sizing finds application in many industries ranging from agriculture, petroleum, atomic energy, biotechnology, calibration labs, test houses, cement, ceramics, laboratory, chemicals, defense, education, environmental monitoring, meteorology, fertilizers, food products, foundries, glass, leather, minerals, mining, oil & gas, paint, pesticides, pharmacy, rubber, soil analysis, textiles, and many more. For example Spraytec – Spray Particle Size Analyzer is one such particle sizing system that gives high speed measurements of high concentration droplets in sprays, aerosols and inhalers in the size range of 0.5 to 850 microns. Similarly there are many other such examples related to particle size analysis.

The measurement techniques related particle sizing difference from application to application. Few of the most commonly used techniques include optical counting methods, sieve analysis, electro resistance counting methods, acoustic spectroscopy, laser diffraction methods, etc. Measured by the μm, particle size analysis in recent times is one of the widely used concepts, resulting in the great demand of particle sizing system.