DESIGNED TO FIT, BUILT TO PERFORM: Nominal 12x12x1 replacement furnace & HVAC air filters, with an actual size of 11.75" x 11.75" x 0.75" (11-3/4" x 11-3/4" x 3/4") designed to fit most standard-sized AC systems
MERV 13 AIR FILTRATION: Designed to capture smaller airborne particles including dust, pollen, pet dander, smoke, and other fine particles in homes and other indoor spaces. Comparable to MPR 1500–1900 and FPR 10
LONG-LASTING CLEAN AIR: Pleated design provides up to 90 days of effective filtration under normal operating conditions (depending on use). Heavier system use may require replacement every 30 days to help maintain airflow and filtration efficiency
EASY INSTALLATION & REMOVAL: Enables quick, hassle-free setup and replacement. Align the airflow direction marked on the frame for proper fit and efficient operation
ENGINEERED FOR PERFORMANCE: Constructed with synthetic electrostatically charged media to help balance airflow and filtration efficiency. Beverage board framing and wire-backed media support dependable structure and long-term performance
وصف
Clorox 20x25x1 Replacement Furnace HVAC Air Filters are designed to fit perfectly and perform exceptionally, with an actual size of 19.75"x24.75"x0.75". These filters are completely unscented, making them a great choice for households or spaces sensitive to artificial fragrances. They are crafted to restore freshness by capturing unwanted indoor air particles making them ideal for homes, offices, classrooms, and other indoor spaces. Equipped with MERV 13 media, comparable to MPR 1500 & FPR 10, these filters offer effective filtration. The pleated design ensures up to 90 days of superior performance (depending on use), delivering cleaner air for longer compared to standard fiberglass filters. With a straightforward installation process, the filters are easy to set up, providing improvements in air quality. Engineered for excellence, the synthetic electrostatically charged media optimizes efficiency and airflow, while the premium beverage board frame and wire-backed media ensure structural integrity and dependable, long-lasting performance.