AF22x23.5x1A-M8 Merv 8 Air Filter 22x23.5x1

Product Description

The AF22x23.5x1A-M8 is a MERV 8 pleated air filter designed for residential and light commercial HVAC systems. It captures a broad range of airborne particulates including dust, pollen, mold spores, and pet dander, helping maintain indoor air quality and protecting system components from debris buildup. The nominal size is 22 x 23.5 x 1 inch with an actual size of 22 x 23.5 x 0.75 inches. Installation is straightforward and is typically handled by HVAC technicians or knowledgeable facility maintenance staff during routine filter change intervals.

This filter fits standard 1-inch filter slots in forced-air furnaces, air handlers, and central air conditioning systems. It is suited for residential applications and light commercial environments where moderate filtration is required. Sold in a quantity of 10 per order, making it practical for scheduled preventive maintenance programs. Always verify the actual filter slot dimensions before installation to confirm fit.

Key Features

• MERV 8 filtration rating captures dust, pollen, mold spores, and pet dander
• Pleated media design increases surface area for improved particulate capture and longer service life
• Nominal size 22 x 23.5 x 1 inch fits standard 1-inch filter slots
• Actual dimensions of 22 x 23.5 x 0.75 inches for proper slot insertion
• Sold in packs of 10 to support scheduled maintenance programs

Compatibility

Designed as an OEM-style replacement for residential and light commercial forced-air HVAC systems using a standard 1-inch filter slot with a nominal opening of 22 x 23.5 inches.

Installation Notes

Air filters are typically replaced by HVAC technicians or qualified maintenance personnel. Always power down the air handler or furnace before removing or installing a filter. Confirm airflow direction arrows on the filter frame are oriented correctly relative to the direction of air movement through the system. Follow the equipment manufacturer's recommended filter change intervals for optimal system performance.