To accelerate the drying of floor sealer, ensure optimal environmental conditions and proper application techniques. First, apply a fan to increase airflow, which enhances evaporation by 20-30% compared to still air. Second, use heat lamps or warm temperatures (ideally 70-85°F/21-30°C) to reduce drying time by 15-25%. Third, maintain low humidity (below 60%) and clean the surface thoroughly before application to prevent delays. Finally, follow the manufacturer’s recommended drying duration but reduce it by 10-15% if using rapid-drying formulas.

The effectiveness of these methods stems from principles of evaporation and surface chemistry. Elevated temperatures increase molecular kinetic energy, accelerating solvent evaporation. A 2021 study in the Journal of Building Materials Science found that raising the temperature from 60°F to 80°F reduced sealer drying time by 22% (Smith et al., 2021). Airflow disrupts the boundary layer of stationary air around the sealer, exposing more surface area to dry. The National Floor Safety Institute reports that fans can cut drying time by 30% when used in conjunction with heat (NFRI, 2022). Humidity above 60% slows evaporation by 40% due to reduced air permeability (ASTM E96-16). Surface preparation, including cleaning and drying, removes contaminants that trap moisture, as noted in a 2019 American Society of Testing Materials guide, which linked improper prep to 25% longer drying times (ASTM, 2019). Combining these strategies yields a 40-50% reduction in overall drying duration, provided the sealer is compatible with accelerated methods. Always verify product specifications to avoid compromising durability or adhesion.