Simulate Realistic Conditions by Chip-Based Calorimetry
Video

Simulate Realistic Conditions by Chip-Based Calorimetry

Video

Commercial Chip-Based Calorimeter, Revolutionizes Fast-Scanning DSC with Ultra-High Heating and Cooling Rates

In this video, we introduce chip-based fast-scanning calorimetry, also known as Flash DSC. The ability of Flash DSC to simulate realistic conditions offers several benefits including:

  • Ultra-high cooling rates – allow materials with defined structural properties to be prepared
  • Ultra-high heating rates – reduce measurement times and suppress reorganization processes
  • Fast response sensor – enables the kinetics of extremely fast reactions or crystallization processes to be studied
  • High sensitivity – low heating rates can also be used; scan rates overlap with those of conventional DSC
  • Wide temperature range – measurements can be performed in the range -95 to 450 °C
  • User-friendly ergonomics and functionality – sample preparation is quick and easy

 

The heart of the Flash DSC is the MEMS chip sensor that enables extremely high heating and cooling rates to investigate crystallization processes.

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