Products - FlexyConcept, Controlled Lab Reactors,
Thermal Process Safety, Plant Control Systems

Thermal Process Safety - Thermal Analysis

FlexyTSC – Thermal analysis under adiabatic conditions

Calo 2310
Automation in the
Chemical industry

Dynamic – isothermal – adiabatic Download Flyer
  • Thermal analysis within multi-gram range – therefore suitable for non-homogeneous samples right through to distillation residue
  • No specific sample preparation necessary – guarantees reproducible objective analyses even under adiabatic conditions
  • A wide selection of sample vessels enables comprehensive analyses – with pressure or gas measurement, inert or active gas
FlexyTSC determines all the necessary information for your safety inspection

Flexibility through options
  • Up to 6 measuring cells can be operated simultaneously and yet individually
  • Samples in gram range enable analyses of non-homogeneous substances
  • Known difficulties during sample preparation are avoided
  • Various sample vessels for varying requirements
  • Reusable sample vessels reduce the cost per analysis
  • Open or closed glass vessel measurements
  • Measurements with gas-flow-meter
  • Analysis of solids or liquids in pressure vessel
  • Optional pressure measurement
  • Pressure vessel with glass inliner to suppress catalytic influences
  • Investigation with various gas atmospheres


Key data (depending on model)
  • Dynamic measurement for detecting onset and decomposition enthalpy
  • Isothermal multi-step experiment to assess autocatalytic decomposition
  • Long-term isothermal measurement to verify storage and transportation stability
  • Adiabatic measurement to determine SADT data
  • Heat-wait-search and adiabatic measurement to calculate TMR (time to maximum rate), self-heating rate and activation energy.
  • From -50°C to 400°C
  • Sample volume of 0.5 ccm up to approx. 500 ccm
  • Up to 200 bar / 400°C
  • Suitable for liquids as well as solids