• Salt partitioning is shown to be dependent on the molecular parameters, exhibiting preferential partitioning to the supernatant phase in the high-f c limit but preferential partitioning to the coacervate phase in the low-f c limit. This coincides with the transition from TM-dominated to RPA-dominated coacervate behavior. However, this is likely due to the specific interactions and molecular parameters involved, as the RPAonly result for f c = 1.0 shows preferential partitioning to the supernatant, in contrast to the lower-f c case.