If you need to characterise powders, aerosols, emulsions, liquids, solids, etc, browse the Web to know about companies that provide service and technical support for particle size analysis. They can help you make meaningful measurements. Reputed companies have years of experience in the particle and materials characterisation field. They are qualified to offer a range of products, suitable for both laboratory and on line use, which will surely solve all of your characterisation needs.
Particle size analysis and particle size measurement are important parameter across many industries. The stability, chemical reactivity, flowability and material strength of materials is impacted by the size and characteristics of the particles within them. You need to get things right at the very outset. From the production stage to R & D, from quality control to manufacturing, you need to ensure that everything is right. The good news is that you can determine the size and shape of particles by opting for particle size analysis. The seemingly daunting task is not as difficult as it seems to be. Determining the size and shape of microscopic particles requires extremely sensitive instruments. Particle sizing equipment comes into the scenario here.
There are various methods for particle sizing. Particle sizing is an integral part of many material manufacturing processes. As a matter of fact, there are many reliable and proven methods for analyzing particle sizes. This is why quality control is an area that has improved in its own right. Particle size analysis refers to the study of particles for determination of their sizes. Particles can be solid, liquid or gaseous. Surface area measurement can be determined using particle sizing equipment.
Particle size analysis is extremely useful. The particle size of a specific material is data which is extremely useful for both qualitative and quantitative material analysis applications. It is directly related to the result of a wide range of processes in the lab and production environment as well. Particle sizing has assumed tremendous importance. Particle size is determined using a wide variety of different techniques. Some of the common methods used include the volume-based method, sieve analysis method, photoanalysis, electroresistance, sedimentation analysis, laser diffraction, etc.
Incidentally, zeta potential is a charge that helps in preventing aggregation. Beckman Coulter DelsaNano C- combining both zeta potential measurement and particle size measurement, the DelsaNano is the only ELS system available to measure samples, in most cases, without the need for dilution. Patented optical technology allows zeta potential distribution to be determined on suspended materials and surfaces. From proteins to paint, the DelsaNano makes measurements easy.
Particle size analysis can be applied to solid materials, emulsions, suspensions and even aerosols. Different methods can be employed to measure particle size. Some methods can be used for a wide range of samples, but some only serve specific applications. It is important to choose the most suitable method as different methods produce different results for the same material.
Author Resource:
Joseph C. Maclin is the author of this article on Particle Size Analysis .
Find more information about Particle Size Measurement here.
![[Valid RSS feed]](http://www.look4articles.com/images/icon_Rss.png "XML Feed For RSS"){kind=icon}
Category Rss Feed
Print This Article
Add To Favorites
![[Valid RSS feed]](http://www.look4articles.com/images/rss.jpg "XML Feed For RSS")