Webinar – Fast Scanning Chip Calorimetry
Analyze Reorganization Processes That Had Been Impossible to Measure until Now Using Flash DSC
Program Overview
- Melting of PET at different heating rates: comparing Flash DSC to conventional DSC
- Crystallization behavior of polypropylene
- Isothermal crystallization behavior of a bulk metallic glass (BMG)
- Melting of a BMG at high temperatures
- Separation of melting and decomposition in prednisolone
- Glass transition of a silica glass
Fast scanning chip calorimetry is the ideal complement to conventional DSC with heating and cooling rates now covering a range of more than 7 decades. Lauded as the fastest commercially available chip calorimeter, Flash DSC ideal for studying rapid crystallization and reorganization processes, and is able to operate in temperatures from -95 to 1000 °C. These ultra-high cooling and heating rates have considerably progressed the study of thermally induced chemical processes and physical transitions, allowing the study of the crystallization and reorganization of a range of materials including metals and polymers like never before.
