Particle size analysis has applications in many industrial spheres. The main purpose of this process is making the techniques involved in those particular industries more efficient and productive. It comes with numerous benefits, as many found out, and for taking advantage of it, one needs specialised equipment and a solid base of data. Because of these reasons, many choose to contract laboratory analysis for their processes, instead of creating a special department in their companies. By reaching out to this process, many enterprises succeed in optimising their processes, so their products reach a desirable quality standard and a quality control strategy is developed and implemented in the manufacturing processes. A couple of examples of industries where this kind of analysis is highly used would be the pharmaceutical industry, the food and beverages, construction industry and those developing aerosols. All these industries are large players in a country’s economic development, and as many might guess, particle size analysis is therefore used at large scale as an important part of those mega corps.
A sophisticated and efficient technique
Learning about particle size and physical characteristics is the main purpose of this technique. For determining those coordinates, a sample is necessary, and by using complex equipment, specialists can accurately determine them. We previously said that this method is sophisticated because it can be applied to diverse materials, in all states: solid, suspensions, aerosols and emulsions. Of course, the best results can be obtained with a UKAS particle size analysis, because the teams performing them have all the equipment perfectly calibrated and it corresponds to all quality standards in force. Properly calibrated equipment prevents the occurrence of inconsistent and varying results on the same sample, which might, as a result influence the suggestions made by specialists.
Quality control and quality standards
By performing such tests, there can be significantly improved the quality and the techniques used in the manufacturing process in diverse fields. Many rely on this method in order to assure a higher quality standard for their products, and without such assessments, this would be less likely to happen. Commonly used in pharmaceutical, food and beverages and construction industries, it also finds its utility in some others. However, by assessing particle size and other physical characteristics, the team of scientists can propose solutions so the company working for could improve their processes and products. Also, these techniques are highly important for developing audit strategies for their processes, products and equipment. By determining how the equipment used in the manufacturing processes influence the quality of the final or intermediary products, the company has the possibility to adapt, replace or even recalibrate them, in order to assure proper results.
Accredited scientists provide the most accurate results
A company worth your attention on the particle analysis field is Escubed. Using cutting edge, sophisticated equipment and the knowledge of well-trained scientists, the company succeeded in helping clients in diverse industries to adapt their methods so they improve their products, raise their quality standards and increase in credibility on their segment.