Bettersizer 2600

In this application note collection, Bettersize Instruments focuses on key production processes of powder coating and explore how these processes affect the size and shape of powder particles and eventually the final product performance.

In this application note, Bettersize Instruments utilizes the BeScan Lab stability analyser and the Bettersizer 600 particle size analyser to quickly and accurately access suspension stability and particle size, facilitating efficient product development and process optimization.

In this application note, the Bettersizer 2600 laser diffraction particle size analyzer, with the wet dispersion module, was used to determine the particle size distribution of some ceramic powders. The Bettersizer 2600 adopts the combination of Fourier and Inverse Fourier design to simultaneously detect the scattered light signals of the sample in the forward, lateral, and backward directions.

This application note explores the effects of coffee grinding method, particle size and distribution on coffee quality. The application note shows how a laser diffraction particle size analyzer can effectively analyze and monitor particle size and distribution of coffee in the grinding process.

This application note investigates the impact of dispersing intensity on Chinese medicine powder particle size analysis, including different air pressures of dry dispersion, different stirring speeds, and ultrasonic dispersing time of wet dispersion.

In this application note, a Bettersizer 2600 with a fully automatic dry dispersion system was used to systematically study the particle size measurement of lactose powders. This application note investigates the effect of different dispersion pressures on the particle size distribution measurement.

In this application note, a Bettersizer 2600 was used to systematically study the particle size distribution of Domperidone API. The application note investigates the impact of dispersing intensity on the particle size analysis, including different air pressures of dry dispersion, different stirring speeds, and ultrasonic dispersing time of wet dispersion.

This application note shows how the Bettersizer 2600 laser diffraction system is able to measure both the size and shape of cement which hopes to open up new research areas on not just optimal size but also optimal shape when producing cement.

In this application note, the Bettersizer 2600 is used to measure the particle size of different brands and types of milk powder. The effect of different production techniques and fat content on the particle size distribution of milk powder was investigated by selecting different brands of skimmed milk powder and full-fat powder.

In this application note, the Bettersizer 2600 laser particle size analyzer was used to measure the particle size distributions of 5 lithium iron phosphate samples. Lithium iron phosphate is a commonly used cathode material for lithium-ion batteries. Its particle size distribution determines the processing and application performance of lithium iron phosphate in lithium-ion batteries.

In this video, Bettersize Instruments discusses some of the common issues during the selection of a particle size analyzer as well as the advantages of the single-laser system in the Bettersizer 2600.

This video gives an overview of the Bettersizer 2600, an integrated laser diffraction particle size analyzer that is driven by the innovative optical system and standard operating procedure (SOP) to offer precise particle size distribution for both wet and dry dispersions.

In this video, Bettersize Instruments demonstrates how the Bettersizer 2600 laser particle size analyzer can be used to determine the particle size of wet and dry dispersions using a corundum sample as an example.

In this video, Bettersize Instruments after-sales and application teams bring you a comprehensive guide to show how you can setup the Bettersizer 2600 effortlessly and start measuring particle size right away.