We have studied the impact of solvent viscosity, surface tension, and evaporation rate on particle patterning and surface coverage in films deposited via evaporation-induced self-assembly using dip-coating. Both single solvent and co-solvent systems were studied. While viscosity did not affect surface coverage, it had a visible impact on particle arrangement. Surface coverage was sensitive to changes in evaporative flux. The single and co-solvent systems did not give the same results regarding patterning: in the single solvent system, viscosity decreased the propensity for banding arising from the stick-slip phenomenon, whereas in the co-solvent system, marked banding occurred despite an increase in viscosity. This difference in banding distance depends on both viscosity and surface tension, where surface tension appears to have a greater influence.