Calorimetry

Using SETARAM's exclusive 3D-Sensor calorimetric sensor, the C80 offers in-situ calorimetric measurement possibilities on mixtures, solid or liquid interactions with liquid or gas.
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Using the SETARAM's exclusive 3D-Sensor calorimetric sensor, the BT2.15 calorimeter offers in-situ low temperature calorimetric measurement possibilities on mixtures, solid or liquid interactions with liquid or gas.
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96 LINE is a line of modular high temperature (ambient to 2100°C) and large volume thermal analyzers (drop-calorimeter, calorimeter, DTA, DSC, TGA, TMA).

The large sample volume has many advantages, providing possibilities such as:
- Analysis of bulky, massive and non-dissociable samples (e.g. corrosion studies of mechanical parts, etc.).
- Work on mixed materials (concrete core sample, etc.).
- Detection of very small variations of mass with TGA (corrosion studies on sheet steel, etc.).
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- Coupling to gas analysis (FTIR, MS)
- New 3D high-precision Cp sensor
- Cp measurement within 2 % up to 1600 °C
- Calisto software

LABSYS evo offers TGA with simultaneous DTA or DSC and Cp measurement within the temperature range of ambient to 1 600 °C. The LABSYS evo features a NEW high performance top loading balance and a unique 3D high-precision (Calvet type) Cp rod. Thanks to its unique ergonomic design and market leading Calisto software the LABSYS evo offers you the most easy-to-use Thermal Analysis system with uncompromised performance.
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Differential Reaction Calorimeters (DRC) are used in laboratories working on the optimization of industrial processes and the screening of chemical reactions.
The DRC Evolution was developed jointly with the process safety laboratory of Sanofi-Aventis in Neuville-sur-Saône (France).
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Calorimetry is the technique with the highest sensitivity for characterizing nuclear materials and waste!
When radioactive waste material in a container emits α and β radiation (e.g. from curium, plutonium, tritium, etc.) it also emits an amount of heat that is proportional to the quantity of radioactive material. This heat emission can be quantified using a SETARAM calorimeter.
SETARAM instrumentation's large-volume calorimeters (from 1 l to 90 l) can detect thermal radiation levels of just a few μW.
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