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viskon aire as synthetic pocket filter

AS Synthetic Pocket Filter

By Viskon-Aire

The Viskon-Aire AS Synthetic Pocket Filter is engineered for exceptional dust-holding capacity and efficiency, making it an ideal choice for commercial and industrial HVAC systems. Featuring dual-stage polypropylene media, ultrasonically welded pockets, and a rigid galvanized header, this filter ensures superior airflow, leak-proof performance, and extended service life, reducing maintenance costs.

Available In:

merv 11 rating badge merv 13 rating badge merv 14 rating badge

Features

  • Dual-Stage Polypropylene Media for Enhanced Depth Loading: The AS Synthetic Pocket Filter's advanced multi-layer synthetic media is designed to provide dual-stage filtration, effectively capturing fine particles while maintaining low airflow resistance. This enhances depth loading, allowing for longer filter life and improved overall efficiency in high-demand environments.
  • Rigid Galvanized Header for Leak-Proof Performance: Constructed with a heavy-duty galvanized steel header, the AS Synthetic Pocket Filter maintains structural integrity under high airflow conditions. This rigid, leak-proof design ensures the filter remains securely in place, preventing air bypass and maintaining consistent filtration performance.
  • Ultrasonically Welded Pockets for Maximum Durability: Instead of traditional stitching, the filter’s pockets are sonically welded, creating a seamless, reinforced structure that eliminates the risk of particle bypass. The V-shaped, heat-sealed pockets improve airflow distribution, optimizing filtration efficiency while maintaining a low pressure drop for energy savings.
  • Superior Dust-Holding Capacity for Longer Service Life: Engineered for high dust-loading applications, the AS Synthetic Pocket Filter extends filter replacement cycles, reducing maintenance frequency and lowering operational costs. Its electrostatically charged media enhances particle capture efficiency, making it ideal for hospitals, food processing plants, and industrial environments.
  • Designed for Extreme Operating Conditions: With 100% relative humidity (RH) resistance and a maximum operating temperature of 200°F (93°C), this filter performs reliably in harsh conditions, ensuring uninterrupted operation in pharmaceutical plants, aerospace facilities, and high-humidity environments.

Details

  • Available Efficiencies: MERV 11, MERV 13, MERV 14, MERV 15
  • Filtration Media: Dual-stage electrostatically charged polypropylene
  • Construction: Galvanized steel header with ultrasonically welded pockets
  • Relative Humidity Resistance: 100% RH
  • Maximum Temperature: 200°F (93°C)