Rigid Box Air Filters
The Rochester Synthetic Pocket filter is constructed with a moisture resistant, ultrasonically welded media. The synthetic media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non-shed, high density polypropylene backing. This design creates a dual-stage filtration effect with the final layer capturing the smaller particulate from the air stream. The patented ultrasonic welding process allows Rochester to manufacture a product without creating stich holes in the media and still be able to provide an increase in surface area. Vertical separators are incorporated into each pocket to effectively channel air throughout the media to prevent excessive turbulence and allow even contaminant loading throughout the life of the filter. The header is constructed of 26 gauge galvanized steel with rolled edges to provide rigid support to the filter face and allow for easier handling. The Synthetic Pocket filter offers high efficiency filtration while maintaining low resistance to air flow.
- HEGA (High Efficiency Gas Adsorbers) products remove gaseous air contaminants and undesirable odors, giving your occupants and processes the indoor air quality they require
- Media removes odors such as VOC’s, food and cooking odors , chlorine, ammonia, formaldehyde, sulfur compounds , acid gases and more
- Media removes odors such as VOCs, food and cooking odors, chlorine, ammonia, formaldehyde, sulfur compounds, acid gases and more
The Rochester Synthetic Pocket filter is constructed with a moisture resistant, ultrasonically welded media. The synthetic media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non-shed, high density polypropylene backing. This design creates a dual-stage filtration effect with the final layer capturing the smaller particulate from the air stream. The patented ultrasonic welding process allows Rochester to manufacture a product without creating stich holes in the media and still be able to provide an increase in surface area. Vertical separators are incorporated into each pocket to effectively channel air throughout the media to prevent excessive turbulence and allow even contaminant loading throughout the life of the filter. The header is constructed of 26 gauge galvanized steel with rolled edges to provide rigid support to the filter face and allow for easier handling. The Synthetic Pocket filter offers high efficiency filtration while maintaining low resistance to air flow.
- The Rochester Synthetic Pocket filter is constructed with a moisture resistant, ultrasonically welded media
- The synthetic media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non-shed, high density polypropylene backing
- This design creates a dual-stage filtration effect with the final layer capturing the smaller particulate from the air stream
- The patented ultrasonic welding process allows filtration group to manufacture a product without creating stich holes in the media and still be able to provide an increase in surface area
- Vertical separators are incorporated into each pocket to effectively channel air throughout the media to prevent excessive turbulence and allow even contaminant loading throughout the life of the filter
- The header is constructed of 26 gauge galvanized steel with rolled edges to provide rigid support to the filter face and allow for easier handling
- The Synthetic Pocket filter offers high efficiency filtration while maintaining low resistance to air flow
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
The Synthetic Rigid Cell is an extended surface, medium to high efficiency filter. Rochester is taking advantage of recent technology improvements in synthetic media to offer a synthetic version of our rigid cell filter. Superior performance in high humidity applications combined with the elimination of media fiber shedding make this filter a smart choice over traditional fiberglass high efficiency products. The lofted ultra fine synthetic media provides excellent dust holding capacity and coupled with its rigid construction virtually eliminates dust particle unloading downstream of the filter. A galvanized steel frame, diagonal support bracing, moisture proof media, contour stabilizers and metal media support grid enhance the durability of this filter. This durability eliminates media oscillation and media pull-away. the media of this filter is adhesively bonded to all four sides of the frame to eliminate air by-pass. This filter is the ideal solution to IAQ problems that demand a high efficiency, long lasting rigid filter without costly modification to existing equipment. the secure, superior performance of this filter helps reduce costly maintenance. The Rigid Cell can withstand many unfavorable conditions, especially variable air volume (VAV) without negatively effecting the performance of the filter. The Synthetic Rigid Cell can be used in place of many high efficiency style filters. This filter may be used in spaces requiring 6" or 12" filters and is suitable for use in
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Extended Surface, MERV 14 Efficiency constructed in a rigid 24-26 gauge galvanized frame, continuous sheet of wet laid microfiber media, aluminum corrugated separators to stabilize the pack and ensure proper air flow, media pack is sealed on all four sides of the frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Extended Surface, MERV 13 Efficiency constructed in a rigid 24-26 gauge galvanized frame, continuous sheet of wet laid microfiber media, aluminum corrugated separators to stabilize the pack and ensure proper air flow, media pack is sealed on all four sides of the frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Extended Surface, MERV 11 Efficiency constructed in a rigid 24-26 gauge galvanized frame, continuous sheet of wet laid microfiber media, aluminum corrugated separators to stabilize the pack and ensure proper air flow, media pack is sealed on all four sides of the frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame
Lofted ultra fine synthetic media eliminates fiber shedding, superior media integrity in high humidity applications, rigid format prevents unloading in variable air volume systems, galvanized steel frame
High lofted ultra fine fiberglass media, rigid format prevents unloading in variable air volume systems, galvanized steel frame