DSC-DTA/TG Thermal analysis system SETSYS Evolution

  Front view of the DSC-DTA/TG thermoanalysis-system SETSYS Evolution Copyright: © Carl Brunn

The thermal analysis system SETSYS Evolution is a system for dynamic scanning calorimetry (DSC) and differential thermal analysis (DTA), which is combined with a thermogravimetric (TG) unit. The system is used to determine thermal characteristics and to analyze the thermal behavior of a wide variety of materials and layer systems. Application examples are the analysis and determination of melting, solidification, decomposition temperatures and intervals, phase transformations as well as corrosion and oxidation processes of alloys and layer systems. It is also possible to measure the specific heat capacity. The TG unit enables to carry out thermogravimetric analysis parallel to the DSC or DTA analysis. This combination enables precise statements about phase changes, transformations and chemical reactions.

Technical data:

Parameter, [unit] Value

Temperature, T [°C]

Max. 1,600
Accuracy TG, Δm [µg] 0,03
Resolution DSC/DTA, ΔΦ [µW] 0,4
Sample volume, V [µl] ≥ 100

Vacuum ( p ~ 10-5 mbar ), syn. Air, Ar, N2