Fiber Bond Multi-Wedge Filter
Fiber Bond Multi-Wedge Filters deliver dependable performance in harsh environments, with models ranging from MERV 9 to MERV 14. Featuring moisture- and chemical-resistant polyester media, leak-proof heat-sealed pockets, and optional Spor-Ax® antimicrobial protection, these filters ensure long service life, superior dust-holding capacity, and reliable air quality in industrial and commercial applications.
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- Description
Overview of Fiber Bond Multi-Wedge Filter
Built for durability and versatility, Fiber Bond Multi-Wedge Filters are designed to handle demanding operating conditions without compromising efficiency. Available in four models rated from MERV 9 to MERV 14 and offered with either a standard or self-sealing header, they provide consistent performance, reduced maintenance, and long-lasting filtration for critical HVAC systems.
Durable Polyester Media with Antimicrobial Protection
Multi-Wedge Filters feature high-density polyester media engineered to resist moisture, airborne oils, acids, and organic solvents. Permanently embedded Spor-Ax® antimicrobial technology prevents mold, mildew, and fungi growth on the media, delivering continuous microbial protection without off-gassing—making these filters a reliable choice for industrial, healthcare, and high-humidity environments.
Leak-Proof Heat-Sealed Pocket Construction
Instead of stitched seams, Multi-Wedge Filters are constructed with dielectric heat-sealed pockets that eliminate needle holes and dirt bypass. This design ensures self-supporting pockets for uniform airflow, high dust-holding capacity, and maximum service life, all while improving structural integrity under demanding HVAC operating conditions.
Resistant to Harsh Environments for Longer Service Life
Made from 100% synthetic media, Multi-Wedge Filters resist breakdown caused by water, oils, acids, and solvents. This resilience translates into fewer premature filter changes, reduced maintenance costs, and reliable air quality—helping facilities maintain efficient operations even in the most challenging industrial or commercial environments.