Structural measurement

The performance of materials and formulations depends not only on their composition, but also on their internal organization. The structure, whether microscopic, mesoscopic or macroscopic, directly governs the mechanical, optical, transport or stability properties of industrial systems.

La structural measurement makes it possible to identify, quantify and monitor these organizations to anticipate behaviors, optimize processes and ensure the robustness of finished products.

Why measure the structure of materials and formulations?

• Understanding structure–property relationships : how the internal arrangement influences stability, texture, mechanical strength or durability.

• Anticipate transitions and instabilities : flocculation, aggregation, crystallization, gelation.

• Optimize shaping processes : dispersion, granulation, extrusion, drying, compaction.

• Ensure reproducibility and quality : monitor the evolution of structures during storage, transport or use.

• Accelerating innovation : design materials and formulations with controlled structure for new performances.

Why choose Rheonis for your structural measurements?

• Multi-scale approach : from the microscopic (particles, aggregates) to the macroscopic (textures, porosity).
• Tailor-made methodologies, adapted to the materials, processes and real conditions of your industrial environments.
• Multi-physics integration : correlation between structure, rheology, mechanical and dynamic properties.
• Full support : from exploratory characterization to decision support for R&D, quality and industrialization.

Industrial sectors

• Cosmetics and personal care : emulsions, gels, powders, sticks, lipsticks.
• Food : powders, pasta, dairy products, confectionery.
• Pharmaceutical and biotech : suspensions, tablets, inhaled powders, injectable formulations.
• Chemistry and materials : paints, varnishes, inks, polymers, composites.
• Energy and environment : sludge, catalysts, porous and functional materials.
• Etc.