There is a wide range of applications for differential scanning calorimetry across chemistry, biochemistry, cell biology, pharmacology, nanoscience, and other fields.1 Polymers are commonly analyzed with differential scanning calorimetry to determine their thermal transition points, including the glass transition, crystallization and melting temperatures. Often these thermal transitions will determine the operational range over which a polymer can be expected to perform to a certain specification. A polymer’s processability and performance are both influenced by rheological properties, and thus rheological measurements can also provide vital information to optimize polymer structures.