The mica-BADGE/JeffAmine curing experiments over 48 hrs at varying percentages of relative humidity support the following concluding remarks: 1) compliant springs favor complete cure of the BADGE/JeffAmine even in humid environments. In addition, weaker springs allow for molecular rearrangements (e.g., cross-linking, re-orientation, alignment) to monitor the cure forces acting on the system with higher sensitivity. In other words, molecular forces dominate the system during cure. With higher spring constants, regardless of %RH, no full cure was ever observed unless the load (force) experienced by the BADGE/JeffAmine consisted of a compressive load, such as in the case of BADGE/JeffAmine on mica.