Filtro Cell C – Synthetic Mini-Pleat Panel Filters

Filtro Cell C – Synthetic Mini-Pleat Panel Filters

Filtro Cell C filters are the new-generation, high-efficiency mini-pleat panel filters available in a wide range of efficiencies from M6 to F9 (MERV11 to MERV15). These filters are designed for HVAC installations requiring the highest…

About this product

Filtro Cell C filters are the new-generation, high-efficiency mini-pleat panel filters available in a wide range of efficiencies from M6 to F9 (MERV11 to MERV15). These filters are designed for HVAC installations requiring the highest degree of air cleanliness . The compact design, larger surface area and low initial resistance makes it an ideal alternative to ordinary bag filters and box-type filters with similar efficiencies. Key Features · Large filter surface · Self-supporting and rigid · High burst strength · Long service life · Easy installation · Low pressure drop · Light weight · Small transport volume UL Listed Filter Standard ASHRAE 52.2 / EN 779 / ISO 16890 Frame Type Plastic / Metal / Cardboard · Header Style No header / Single header (up on request) Media Synthetic Separator Hotmelt Sealing component Polyurethane Efficiency M6 to F9 / MERV11 to MERV15 Max. Operating Temperature 80℃ / 176°F Final Pressure Drop 450 Pa / 1.8" WG (Recommended) · Gasket Without (Available upon request) Construction Filtro Cell C utilizes 100% synthetic filter media made from a modified melt-blown process with graded fiber density, ensuring coarse fibers upstream and fine fibers downstream. The media is closely pleated adding thermoplastic bead separators that provide a unique V configuration to the pleats and accommodates a very large quantity of filter media. The low initial pressure drop, longer service life and the compact design make it an ideal design for all types of air conditioning installations. The Filtro Cell C filters are available in plastic or metal frames. The filter media used is inherently anti-microbial and so it inhibits the growth of micro organisms.