VariCel® II M/MH
• True high-efficiency filter – only 95 mm. thick media pack
• Slim-line, mini-pleat design lowers operating costs
• Engineered for a variety of applications
• Metal construction
• Water repellent
• Commercial Buildings
• Data Centres
• Schools and Universities
The VariCel II M/MH filter is constructed using the same high standards for efficiency and performance as the original VariCel II filter. The microglass paper media with water-repellent binder and the minipleat design are also the same as the original.
The difference is that the VariCel II M/MH filter is built with metal cell sides. It includes a metal header with rolled edges for safe handling and uses AAF’s unique interlocking cell sides and header.
The combination of unique design and metal cell sides and headers means that the VariCel II M/MH filter works well in turbulent operating conditions and in environments where high moisture content is an issue. When combined with the water-repellent binder used in the media, the metal construction makes the VariCel II M/MH filter highly moisture resistant. In addition, the metal header model makes it an easy fit in side access systems.
Available with Antimicrobial
The VariCel II M/MH filter with antimicrobial is available. Antimicrobial acts as a preservative to ensure the integrity of the media throughout the life of the filter. EPA-registered and environmentally safe, antimicrobial inhibits the growth of microorganisms documented to affect IAQ.
The slimline design of the VariCel II M/MH filter provides minimum resistance and maximum dust loading capacity, while lowering operating costs. Rows of adhesive beads are used to maintain even pleat spacing and provide maximum airflow with minimal resistance. The consistent pleat spacing of the media allows higher dust holding capacity and full use of the entire depth of the media.
Dual-Density Media Increases Dust Holding Capacity
The VariCel II M/MH filter uses microglass paper media with a water-repellent binder. The fibres are formed with dual-density construction, consisting of coarser fibres on the air-entering side and finer fibres on the air-leaving side. This design allows for collection of particulates throughout the full thickness of the media, substantially increasing dust holding capacity. The media is water-repellent and can withstand intermittent exposure to water without affecting performance.