Thermal Testing
Thermal Analysis techniques measure the thermal transitions, chemical reactions, and viscoelastic properties of samples as a function of temperature, heating rate, deformation, and atmosphere.
Thermal Analysis techniques measure the thermal transitions, chemical reactions, and viscoelastic properties of samples as a function of temperature, heating rate, deformation, and atmosphere.
When there are issues with raw materials, or undesireable product characteristics begin to surface, we frequently turn to thermal analysis methods. Thermal Analysis is a great way to test product lots of raw materials to make sure they will behave properly when exposed to extreme pressure and temperature.
Thermal techniques can reveal a lot of information regarding the conditions or processing history of a sample, as well as the affects dynamic processing conditions will have on polymer materials.
Methods we use for Thermal Analysis include:
Examples of products we frequently test with Thermal Analysis are:
Thermal testing techniques have a wide variety of applications. Some of the most common applications we use these testing methods for include: