As the capabilities for control of coatings properties at the nanoscale advance, characterization of these properties at these same length scales is needed. One set of organic coatings properties that is very important to understand and control at these length scales are the thermomechanical properties of the coatings. A new hybrid instrument, a scanning thermal microscope was used to examine the morphology and the thermal property simultaneously for two component polyurethane coatings under exposure to corrosive environments. Through the morphology measurement, the surface appearance on the micro-level was monitored Louis Vuitton Damier Azur and the influence of different corrosive factors such as wet/dry cycling, thermal cycling and condensation on the appearance was studied. At the same time, the micro-scale thermal measurements and concurrent FTIR testing provided the information on the relationship between the change of the structure and the properties of Louis Vuitton Ceintures the coating. Louis Vuitton Ceinture Epi The information gained from these measurements on the changes in local coatings properties will be presented and correlated to other studies in our lab on nanoscale properties as well as global coating property changes due to exposure.