Company's Code RF0000

• AAF design – stable tapered pockets for optimum airflow

• Exceptionally low pressure drop for extremely low energy use

• High efficient synthetic media

• Lightweight

Company's Code RF0000

Multiple mini-pleat media packs, assembled into a series of V-banks, permit substantially more media to be contained in the VariCel VXLC filter. Higher effective media area provides greater airflow capacity, low resistance, high dust holding capacity, and unusually long service life.

Company's Code RF0000

• Micro-fine glass fiber media

• Low resistance and high dust holding capacity

• Engineered for performance reliability

• Stable and reliable filtration performance

• Ideal choice for pre-filtration and end-of-line filtration

Company's Code RF0000

• Economical, evaluated performance and construction

• Engineered for a variety of application

• High dust holding capacity

• Improved efficiency to better protect HVAC coil and high efficiency filters Heavy-duty, galvanized expanded metal support grid

• Moisture-resistant beverage board

• Available in 2” and 4” models

• MERV 14 high-capacity filter

• Easy disposal

Company's Code RF0000

Multiple mini-pleat media packs, assembled into a series of V-banks, permit substantially more media to be contained in the VariCel HVXL filter — up to 100% more than standard rigid cartridge filters. Maximum effective media area provides greater airflow capacity, low resistance, high dust holding capacity, and unusually long service life.

Company's Code RF0000

The wider pleat openings and exits of the VariCel 2+SC filter deliver lower entrance and exit losses. This, combined with less restriction from separator material and better media utilization, delivers a low pressure drop. This lower operating resistance reduces operating costs and saves energy.

Company's Code RF0000

The smaller footprint of the VariCel M-Pak filter means that less space is required for storage. VariCel M-Pak filters weigh approximately 8 pounds, less than half the weight of 12-inch-deep filters with metal cell sides. That means reduced maintenance costs and time savings, as the VariCel M-Pak filter is easier to handle. Additionally, as a result of its reduced depth, the VariCel M-Pak filter is packed two to a carton, lowering freight costs and reducing the amount of space required for storage. The VariCel M-Pak filter also halves disposal volume and reduces disposal costs. Best of all, there is no performance penalty accompanying these savings. The VariCel M-Pak filter meets, or exceeds, the performance of the 12-inch-deep filters it replaces.

Company's Code RF0000

Impress Technology is a patented pleat formation process that utilizes embossed media to form the optimal pleat geometry for low filter resistance. This embossing pattern, created using Impress Technology, allows for wider pleat spacing, unsurpassed mechanical strength, and reinforced V-pleats that will not pinch off.

Company's Code RF0000

VariCel II filters with antimicrobial are designed specifically to improve Indoor Air Quality (IAQ). Air filters are created to trap and concentrate particulate air contaminants, including fungal and bacterial spores. The presence of antimicrobial in the filter media is intended to preserve the integrity of the media through the useful life of the filter. Antimicrobial preservatives are not meant to increase the efficiency of the filter, or to kill microorganisms “on the fly” as they pass through a filter. Antimicrobial is EPA-registered and environmentally safe.

Company's Code RF0000

Multiple mini-pleat media packs, assembled into a series of V-banks, permit substantially more media to be contained in the VariCel VXL filter — up to 50% more than standard rigid cartridge filters. Maximum effective media area provides greater airflow capacity, low resistance, high dust holding capacity, and unusually long service life.

Company's Code RF0000

VariCel® I filters with antimicrobial are designed specifically to improve Indoor Air Quality (IAQ). Air filters are designed to trap and concentrate particulate air contaminants, including viable fungal and bacterial spores. The presence of antimicrobial preservative in the filter media is intended to preserve the integrity of the media throughout the useful life of the filter. Antimicrobial preservatives are not meant to increase the efficiency of the filter, nor to kill microorganisms “on the fly” as they pass through a filter. Antimicrobial is EPA registered and environmentally safe.

Company's Code RF0000

• Excellent as a pre-filter

• High efficiency – MERV 11

• High dust holding capacity

• Premium performance and construction

• Heavy-duty, galvanised expanded metal support grid

• Meets efficiency standards for achieving points toward LEED Project Certification

Company's Code RF0000

Designed for high performance in demanding operating conditions, the DriPak 2000 extended surface pocket filters can function as either prefilters or final filters, where clean air is a necessity.

DriPak 2000 filters are ideal for healthcare facilities, automotive paint booths, commercial buildings, and a variety of industrial applications. Designed and manufactured by AAF Flanders, pioneers in extended surface pocket filters, the ultrasonically-welded DriPak 2000 filter raises the industry standard for value and performance.

Company's Code RF0000

The VariCel RF filter, with its galvanized steel cell sides and plastic pleat spacers on the air-entering and air-leaving sides, withstands the most demanding applications. The pleat spacers and expanded metal support grid maintain the shape of the synthetic media pack and ensure that both efficiency and dust holding capacity are maximized.

Company's Code RF0000

The MEGApleat 13 filter’s synthetic, electrostatically charged media has a high initial efficiency and is particularly effective in capturing finer particulate.

The media pack is bonded to a unitized, die-cut box frame at all points of contact, preventing dirty air bypass and promoting even airflow. The MEGApleat 13 filter also has a heavy-duty, expanded metal support grid to increase rigidity and help maintain proper pleat spacing. This ensures maximum efficiency, low resistance, and maximizes dust holding capacity with no racking or vibration of the pleats under normal airflow.