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Notice of the online seminar "Thermal Analytical Approach to 'Glass Transition Measurement'" to be held on April 8, 2026 (Wednesday).

メトラー・トレド

Mettler Toledo will hold an online seminar titled "Thermal Analytical Approach to 'Glass Transition Measurement.'" Glass transition occurs in all amorphous or semi-crystalline materials and leads to significant changes in material properties such as thermal expansion, specific heat capacity, and elasticity. It is a crucial phenomenon used in the evaluation of material properties, as it heavily depends on the chemical and physical structure, and is important across almost all industries. The fundamental requirement for glass transition is a sufficiently large molecular-level change in at least one direction, during which the material transitions from a rubbery to a viscous state. This glass transition depends on the degree of crystallinity, crosslinking, plasticizers, mixtures, and the extent of fillers. We will explain these basic principles and focus on methods and tips that can help achieve more accurate measurement results and assist in your work.