The vulnerability of architectural coatings to environmental conditions, such as dust pollution, ultraviolet (UV) radiation, and mechanical wear and tear, emphasizes that coatings should exhibit thermal insulation and self-cleaning capabilities. This study suggests a simple spraying approach for producing thermal insulation coatings that are superhydrophobic. The coating is available in a range of colors with solar reflective and superhydrophobic capabilities, with a contact angle of 159.6° and a roll angle of 2.3°. In outdoor situations, the coating effectively reduces the surface temperature. The coating was discovered to possess outstanding mechanical stability, corrosion resistance, and self-cleaning properties, and it can effectively withstand dust deposition. Therefore, in order to reduce the impact of the thermal island effect in cities, these coatings may be used on building facades and roofs.