Products Methods Method

Simultaneous Thermal Analysis (STA)

STA combines mass-change and heat-flow measurement in one experiment, giving a unified view of thermal events, decomposition behavior, and reaction pathways.

Correlated Thermal and Mass Data

Track heat flow and mass change together

STA integrates TGA and DSC signals in a single run, allowing direct correlation between mass variation and thermal effects under the same temperature program and atmosphere. This combined perspective is highly useful for complex materials where multiple processes overlap, such as dehydration, oxidation, decomposition, and phase-related transformations.

For R&D and QC teams, STA improves interpretation efficiency and reduces uncertainty compared with separate measurements. It supports method development, material comparison, and process troubleshooting across broad temperature ranges. Careful control of atmosphere, sample mass, and heating profile is essential. When configured well, STA becomes a powerful method for understanding complete thermal behavior in practical workflows.

NEXTA DSC

NEXTA DSC

Differential Scanning Calorimetry for phase transitions and heat flow.

NEXTA STA

NEXTA STA

Simultaneous Thermal Analysis (TGA/DSC) for mass change and thermal events.