Devices and Methodologies for Particle Analysis
With growing technology, the science has now moved into the nano analysis of the particles. This technology is being used by several industries namely, biotechnology, cement, cosmetics, pigments and dyes, pharmaceuticals, laboratories, food products and all the industries that are involved in some kind of manufacturing. One of the important development that is of great use to these industries is particle count analysis. The utility of this analysis is to check the level of impurity of the material which can be in any form. Companies go for particle analysis for enhancing their product quality and also for maintaining the consistency of the quality. The firms that offer particle analysis use different technology and equipments for the conducting the research work. Zeta potential analysis is one of the techniques which is used for measuring particle size that ranges from nanometres. The instrument that is used for this purpose is called a zeta potential analyser. The instrument and the method vary depending upon the concentration of the material samples. Coulter Counter is another method for measuring the particle size and counting it. It is considered as very accurate method for this purpose. This method is also applicable for nano sized particles and the equipment used for it is called coulter counter analyse. One can use this technique for any type of materials and of any size. It is very powerful and yet very easy to implement. Lastly, Atomic Force Microscopy, this an advanced technology technology that is used for particle sizes and helps in analysing the differences in the sizes of various particles. It is very useful to the industries that work on nanotechnology. If you are someone who is need of any such methodologies or devices then we would like to suggest you to hire the services for the research from another company which is equipped with all such equipment. In the UK you can go for firms such as Escubed which offers all the services related to particle analysis.














