GFR 2024 - Groupe Français de Rhéologie  - October 22 - 25, 2024

About GFR 2024 - Groupe Français de Rhéologie

The GFR (Groupe Français de Rhéologie) is set to celebrate its 60th anniversary with a landmark conference taking place in Marseille from October 22 to 25, 2024. This multidisciplinary event will explore rheology in its broadest form, covering topics such as foams, gels, suspensions, granular media, interfaces, food rheology, living fluids, and geophysical systems.

Aimed at fostering collaboration across diverse scientific communities, the conference will highlight key areas of innovation. These include the study of biological fluids and tissues, where rheology plays a growing role in understanding tissue morphogenesis and cell differentiation. The event will also delve into geophysical fluids, addressing the complexity of these media and their unique mechanical properties, as well as advances in granular media and dense suspensions, focusing on how micro-interactions like friction and adhesion influence their behavior.

Presentation - Powder Rheology, flowability, and Cohesion Characterization with Granutools Instruments

Wednesday, 23 October

Hassoun Ishak, Ph.D., Sales Manager at Granutools, will present on "Powder Rheology, Flowability, and Cohesion Characterization with Granutools Instruments". This talk will explore advanced techniques for analyzing the flow properties and cohesion of powders, key factors in industries such as pharmaceuticals, additive manufacturing, and food.

Using Granutools instruments, Dr. Ishak will demonstrate how precise measurements can enhance understanding of powder behavior, improving processing efficiency and product quality across various applications.

Discover our characterization instruments at GFR 2024

Hassoun Ishak will also showcase our state-of-the-art powder characterization instruments on our booth at GFR, including the GranuPack and the GranuDrum.

Granutools specializes in advanced tools for precise powder analysis, combining decades of expertise in scientific instrumentation with cutting-edge research. Our instruments are designed for accuracy, repeatability, and operator independence, featuring strict initialization protocols and high automation. This ensures that the data collected leads to a deeper understanding of powder behavior.

For more information, visit their website.