The amount of water present in the environment is consistent qualitatively with what has been reported for epoxy glues, leading to changes in the degree of BADGE/JeffAmine plasticization. That is, water aids in maintaining a viscous behavior even after 48 hrs of cure time, conditions that, if favorable, are enough to fully cure the BADGE/JeffAmine volumes used during this test. Using force springs with controlled variable spring stiffness is needed to monitor high sensitivity cure forces (strains) and will need to switch to high spring constants to allow separation during the tensile test after reaching full cure (high stiffness spring). After each cure conditions, we performed tensile test on the 48 hrs cured BADGE/JeffAmine droplets on alumina substrate. Given the variability of the droplet volumes across experiments and droplet diameter, we consequently normalized the measured forces over the initial droplet area and defined tensile strain, similar to what is described for cure stress and cure strain.