16" x 24" x 1" Disposable Synthetic Warm Air Panel Filter, Merv 4

Details

Model: P312-16X24X1 Purolator WARM AIR FILTER
Size: 16" x 24" x 1"
Part No.: 2022004

The Purolator P312 series disposable synthetic panel filters are designed for professional HVAC applications in residential, commercial, and light industrial systems. Developed for environments requiring synthetic filtration media, the P312 delivers consistent performance, structural stability, and extended service life under variable air handling conditions.

Technical Specifications

• Media: Non-woven polyester fibers bonded into an interlocking matrix to form a gradient-density structure. This configuration enhances particulate capture while minimizing resistance to airflow and surface loading.
• Frame Construction: One-piece Monobond pinch frame manufactured from post-consumer recycled materials. The frame is thermally bonded to the media under controlled heat and pressure, producing a continuous edge seal that prevents corner separation and air bypass.
• Adhesive/Binder: High tensile strength binder ensures a durable media-to-frame bond, maintaining integrity under varying temperature and humidity conditions.
• Operating Parameters: Suitable for variable air volume systems and HVAC installations requiring synthetic media. Maintains performance across a range of environmental and operating conditions.
• Performance Characteristics: High dust-holding capacity with low resistance to airflow, supporting sustained filtration efficiency and stable system operation through the service cycle.
• Applications: Designed for installation in air handling systems for commercial facilities, institutional buildings, and light industrial processes requiring reliable synthetic media filtration.

Summary

The Purolator P312-16X24X1 synthetic panel filter combines thermally bonded polyester media with a rigid Monobond pinch frame to deliver uniform airflow, high dust-holding efficiency, and long-term durability. Built for professional HVAC systems, it ensures dependable performance under a wide range of operating conditions.