Wetting with large volumes and spin coating of BADGE/JeffAmine: Spin coating introduces significant stresses that de-stabilizes the film. Attempts to spin-coat different surfaces failed due to the polymer immediately de-wetting the substrate, as exhibited by the film retracting into droplets within seconds to minutes after termination of the spin program. This behavior is, in part, driven by the residual stresses stored in the films due to their viscoelasticity. These residual stresses become a source of destabilization for the BADGE/JeffAmine films, accelerating the de-wetting process, similar to what has been reported for polystyrene spin-coated films. When forcing the droplet to form a film, the non-equilibrium cosθ value becomes 1 and will tend to its equilibrium contact angle (small but finite) unless locked by thermal activation (e.g., hotplates). Despite having identified time, temperature, and spin coating parameters that allowed a 'locked' BADGE/JeffAmine film on the curved substrates, the film thickness remained an uncontrolled parameter. Furthermore, the pre-cure of the films would introduce a possible decrease in BADGE/JeffAmine adhesion when coming into contact with the second Al surface, resulting in lower adhesion measurements/values.