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Examining the Impact of Particle Properties and Behaviour on Suspension Rheology

Understanding how dispersed particles in a liquid medium interact with one another is a crucial step in achieving the desired product performance in systems such as ceramics, adhesives and paints. The physical properties of particles, including size, size distribution, concentration, electric charge (zeta potential) and shape, can all strongly influence the overall rheological properties of a suspension, thereby defining product behavior and functionality. Download our free whitepaper for more information on how particle characteristics influence suspension rheology.

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DOWNLOAD WHITEPAPER

Examining the Impact of Particle Properties and Behaviour on Suspension Rheology

Understanding how dispersed particles in a liquid medium interact with one another is a crucial step in achieving the desired product performance in systems such as ceramics, adhesives and paints. The physical properties of particles, including size, size distribution, concentration, electric charge (zeta potential) and shape, can all strongly influence the overall rheological properties of a suspension, thereby defining product behavior and functionality. Download our free whitepaper for more information on how particle characteristics influence suspension rheology.

Download to find out more.

DOWNLOAD

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