AS Synthetic Pocket Filter
The AS Synthetic Pocket Filter delivers high-efficiency, long-lasting filtration for commercial and industrial HVAC systems. Featuring dual-stage synthetic media, ultrasonically welded pockets, and a rigid galvanized header, it provides leak-proof performance, superior dust-holding capacity, and reliable operation in demanding environments, helping reduce maintenance and optimize airflow.
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- Description
Overview of AS Synthetic Pocket Filter
The Viskon-Aire AS Synthetic Pocket Filter combines advanced design and durable construction to provide efficient, long-term air filtration. Its dual-stage polypropylene media captures fine particles while maintaining low airflow resistance. With ultrasonically welded pockets and a heavy-duty galvanized header, it delivers consistent, reliable performance in high-demand commercial and industrial applications.
Dual-Stage Polypropylene Media
Advanced multi-layer synthetic media captures fine and coarse particles while maintaining low airflow resistance. The dual-stage design enhances depth loading, extending filter life and improving efficiency. Perfect for hospitals, food processing, and industrial environments, it ensures optimal particle removal without compromising HVAC performance or increasing energy consumption.
Ultrasonically Welded Pockets & Rigid Header
Sonic welding creates seamless, reinforced pockets that prevent particle bypass and maintain airflow efficiency. Combined with a heavy-duty galvanized steel header, the filter stays secure under high airflow, ensuring leak-proof, stable performance. This robust construction reduces operational interruptions and keeps filtration consistent in demanding conditions.
Superior Dust Capacity & Harsh Environment Performance
Engineered for high dust-loading applications, the AS Synthetic Pocket Filter extends replacement cycles and lowers maintenance costs. Electrostatic media improves particle capture, while 100% RH resistance and a 200°F (93°C) operating limit allow reliable performance in extreme conditions, including pharmaceutical plants, aerospace facilities, and other challenging industrial environments.