Thermal Analysis Mass Spectrometer Systems

Thermal analysis refers to the study of materials using precise temperature-controlled programming, from thermal ramping (increasing/decreasing) to isothermal measurements. The data obtained from such studies provide detailed insights into various thermodynamic and mechanistic aspects of different materials. Generally, a chosen property is/properties are continuously measured while the sample material undergoes a predetermined thermal profile, giving an accurate picture of temperature-dependent property changes including equilibrium and irreversible thermodynamics.

Coupling thermal analysis and mass spectrometer systems enables the acquisition of evolved gas species in real-time, providing critical information regarding decomposition and desorption processes for some of the most robust thermal analyses currently available. The benefits of thermal analysis and mass spectrometer integration are self-evident, but the challenges are extensive. It is vital that dead volumes and cold spots around the coupling interface are eliminated to ensure seamless operation and guarantee the integrity of results.

Thermal Analysis with Hiden Analytical

Hiden Analytical microreactor mass spectrometers and integrated inlet probes provide complementary levels of performance for rapid, seamless gas sampling from thermal analysis systems. With outstanding sensitivity and dynamic range (100% to parts per billion levels), Hiden mass spectrometer systems provide unmatched insights into evolved gas species in line with finely calibrated thermal profiles.

Browse our product literature to learn more about our thermal analysis mass spectrometer systems, or contact a member of the Hiden Analytical team today with any questions.