Recommended Results

  • Electrically heated plate with hood for accurate temperature control up to +400 ºC
  • C-ETD 300 for accurate temperature control up to +300 ºC for concentric cylinder and double-gap systems
  • Electrically heated plate with hood for accurate temperature control up to +400 ºC

Temperature Control - Electrical Systems (-130 °C to +400 °C)

The temperature control units based on electrical heating are mainly used for high temperature measurements on polymer melts, hotmelts and curing materials such as resins or epoxy. The systems feature high heating and cooling rates as well as excellent temperature accuracy and stability, and can be used in parallel-plate and concentric-cylinder setups. Both the plate and the hood are electrically heated, allowing virtually gradient-free measurements. The sample area can be flushed with inert gas to prevent degradation.

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Key Features

Cone-plate and parallel-plate systems

  • Fast and accurate temperature control from room temperature to 400 °C
  • Extended temperature range down to -130 °C with liquid nitrogen
  • Controlled evaporator for minimum nitrogen consumption
  • Virtually gradient-free sample temperature control due to the electrically heated hood
  • Disposable systems and measuring plates with different surfaces available
  • Measurement under inert gas conditions possible
  • Inset plates with various diameters for adaptation to the upper measuring system diameter
  • Melt rheology, curing and DMTA measurements

Concentric-cylinder systems

  • Fast and accurate temperature control from room temperature up to 300 °C
  • For concentric cylinder and double-gap systems
  • Optionally equipped with disposable cups
  • Pressure cells available for measurements in a closed environment or under increased pressure

Application Reports