Air Handler 6B924 MERV 8 Pleated High-Capacity Air Filters (Box of 11)

The Air Handler 6B924 MERV 8 pleated air filters feature high-capacity synthetic media with a durable beverage board frame, designed to efficiently capture airborne particles critical in laboratory and industrial air handling systems. Each filter measures 24x24x2 inches with 15 pleats per linear foot, providing an effective media area of 17.9 sq ft to enhance filtration capacity and longevity.

Key functional specifications include:

• MERV 8 efficiency rating, capturing 75-80% of particles sized 3-10 µm and 20-35% of particles sized 1-3 µm, essential for pre-filtration in low-dust environments and protecting sensitive equipment or clean spaces.
• Operating temperature tolerance up to 180°F, supporting integration into various HVAC and air handler units.
• Maximum recommended airflow velocity of 500 feet per minute, ensuring optimal balance between filtration efficacy and system performance.
• Initial pressure resistance values at 0.20 in wc at 300 fpm and 0.33 in wc at 500 fpm, with a final recommended resistance of 1.0 in wc, highlighting suitability for consistent airflow management.

These pleated filters serve in applications involving biomedical engineering facilities, cleanroom environments, and biotechnology laboratories, where air cleanliness affects molecular diagnostics, bioprocessing, and synthetic biology workflows. Their ability to reduce dust, spores, and particulate contaminants supports critical air quality requirements in clinical diagnostics and biomanufacturing settings.

This box contains 11 new filters, shipped open box to ensure mechanical integrity and full filtration function. The filters comply with industrial air cleaning standards for pollution control components (Harmonized Code: 84213920), making them a reliable choice for laboratories seeking contamination control in air handling systems.

This product is widely used in clean air systems within biotechnology research labs, molecular biology facilities, and environments requiring high-efficiency pre-filtration to support sensitive analytic instrumentation.