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Granutools at ESA 2026 - 14-17 June, 2026
Granutools will participate in ESA 2026 in Orlando (June 14–17), represented by Aurélien Neveu. He will present a talk on powder triboelectric properties and their role in material optimization on June 16.
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Granutools at ESA 2026
Granutools will participate in ESA 2026, an international conference dedicated to materials science and engineering, taking place from June 14 to 17, 2026 in Orlando, USA.
The event brings together professionals from industry, academia, and R&D working on advanced materials, powder behavior, and process optimization. ESA provides a technical platform to exchange on emerging challenges, characterization techniques, and material performance in industrial applications.
Granutools will be represented on-site by Aurélien Neveu, who will contribute to the conference program with a presentation entitled:“Evaluation of powder triboelectric properties: a must-have for material optimization”The presentation is scheduled for June 16, from 9:00 to 9:20 AM.
This contribution will focus on the role of triboelectric characterization in understanding powder behavior. Electrostatic effects can significantly influence powder flowability, handling, and process stability. Quantitative assessment of these properties provides critical insight for improving material design and industrial process performance.
Through its participation, Granutools contributes to ongoing discussions on powder characterization and its integration into R&D workflows, supporting advancements in material optimization, formulation development, and process control.
FAQ - 𝐆𝐫𝐚𝐧𝐮𝐭𝐨𝐨𝐥𝐬 𝐚𝐭 𝐄𝐒𝐀 𝟐𝟎𝟐𝟔
Who represents Granutools at ESA 2026?
Aurélien Neveu represents Granutools and delivers a conference presentation.
What is the topic of the Granutools presentation?
The presentation focuses on the evaluation of powder triboelectric properties for material optimization.
What type of data is obtained from triboelectric characterization?
It provides quantitative information on electrostatic charge generation and powder interaction behavior.
How are these data used in R&D and industrial processes?
They help improve material selection, predict handling behavior, and optimize process stability.
Which applications are concerned by triboelectric effects?
Applications include powder handling, formulation, materials engineering, and industrial processing.