Master Thermal Analysis in Just 30 Minutes! 

What is really happening inside your material when you heat it? A change in mass (TG) tells you what happened, but not why. A thermal event (DTA or DSC) tells you something happened, but not what. Relying on one method alone is like reading only half the page.

This webinar reveals how the simultaneous technique of STA removes the guesswork. By linking every weight change directly to a thermal event, you get unambiguous answers, fast. 

Join us for 30 minutes to learn how to unlock the true story of your materials!

What is really happening inside your material when you heat it? DSC is a powerful analytical technique used to determine how a material's physical properties, such as melting temperature, glass transition temperatures, and heat capacity. It is widely applied across various industries, including pharmaceuticals, polymers, and food science, for both research and failure analysis. This webinar reveals how the DSC identifies materials' physical properties in combination with all kinds of accessories, such as a sample observation camera, an automatic sample changer, and cooling units.

Join us for 30 minutes to learn how to unlock the true story of your materials!

What is really happening inside your material when you heat it? TMA is a powerful analytical technique used to determine how a material's physical properties, such as coefficient of thermal expansion, glass transition temperature, and softening point. It is widely applied across various industries, including polymers, ceramics, electronics, and coatings. This webinar reveals how the TMA identifies materials' physical properties by linking every dimension change directly to a thermal event.

Join us for 30 minutes to learn how to unlock the true story of your materials!