SoniQ Synthetic Pocket Filter
The Aerostar SoniQ Synthetic Pocket Filter is a high-performance air filtration solution engineered for long service life, low airflow resistance, and superior particle capture. Moisture-resistant synthetic media and ultrasonic-welded construction ensure leak-free operation for demanding HVAC and cleanroom environments.
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Overview of SoniQ Synthetic Pocket Filter
The SoniQ Synthetic Pocket Filter delivers dependable, long-lasting performance in commercial and industrial HVAC systems. Its multi-layered synthetic media captures both large and fine particles efficiently, while ultrasonic welding eliminates needle holes for a leak-free seal. Aerodynamically balanced pockets reduce airflow resistance, lowering energy costs and maintaining consistent air quality over time.
Advanced Multi-Layer Filtration
Featuring strategically layered melt-blown polypropylene media, the SoniQ filter captures larger particles in the outer layers while trapping fine contaminants in the inner layers. This dual-stage filtration optimizes dust-holding capacity, extends service life, and maintains consistent filtration efficiency, making it ideal for high-demand environments where maintaining clean air quality is critical.
Ultrasonic Welded Construction for Leak-Free Operation
Patented ultrasonic welding technology replaces traditional stitching, eliminating needle holes that can cause air bypass. This leak-free construction ensures that all air passes through the filter media, improving overall system efficiency, reducing contaminant migration, and providing reliable, consistent performance in both high-humidity and high-traffic HVAC applications.
Aerodynamically Optimized, Durable Design
Each pocket features ribbon separators to channel airflow evenly and minimize turbulence, while the galvanized steel header and J-channel support provide structural integrity. The moisture-resistant, non-shedding polypropylene media tolerates temperatures up to 150°F, ensuring durability and reliable long-term performance in demanding commercial, industrial, or cleanroom HVAC environments.