Particle counting

Particle counting is an essential method in industrial cleaning technology to check the cleanliness of surfaces, materials and environments. This technique is used in a variety of industries, including electronics manufacturing, pharmaceuticals, food processing, aerospace and medical technology.

The aim of particle counting is to determine the number, size, shape and type of particles in a given medium, be it air, liquid or solid. This makes it possible to meet cleanliness requirements, qualify products and monitor the effectiveness of cleaning processes.

Various methods of particle counting are used in industrial cleaning technology, including optical microscopy, laser diffraction, light scattering, the Coulter principle and filtration methods. These methods offer different levels of accuracy, sensitivity and application areas, depending on the specific requirements of the cleaning application.

Particle counting is performed both during the cleaning process and after cleaning is complete to ensure that the cleanliness of surfaces and environments meet the required standards. It makes it possible to detect potential contamination at an early stage, optimize the cleaning processes and improve the quality of the manufactured products.

By closely monitoring and controlling particle counts, companies can ensure that their products meet stringent purity and quality requirements, which in turn leads to higher customer satisfaction, lower reject rates and an improved reputation.

Overall, particle counting is an essential technique in industrial cleaning technology, helping to ensure the cleanliness and quality of surfaces, materials and environments. By using advanced particle counting techniques, companies can increase the efficiency of their cleaning processes and meet the cleanliness and purity requirements of various industries.