Braden Filtration replacement cartridge filter using 80/20 Cellulose Polyester Fire-Retardant (FR) blended media. A budget friendly option which provides dependable filtration performance at MERV 11 initial efficiency rating. The intended use for Cell/Poly FR Filters is for general dust, weld fumes, and plasma/laser cutting smoke when the filtered air is being exhausted outside. This cartridge filter is constructed with galvanized metal pans and Inner + Outer cages. Potted in a high durometer urethane this filter is ready for use in your pulsed filtration system.

Dust Collector replacement filter for the following part numbers: AAF 1835669-002 Action Filtration CF000115 BHA 0828-0075 Clean Air America 1834 Donaldson Torit 8PP-72482-01 Donaldson Torit P032952 Donaldson Torit P191536 Donaldson Torit P191563 Donaldson Torit P191654 Environmental E04231 EXIJET 179510-4 FARR 211985-003 Fleetlife FA-72482-FR MPF 2233-1A Royal Filter RA-96222 TDC 10000018 TDC 10000076 Clark 1212232 Environmental E04851 Donaldson Torit P031351 AAF 1846955-002 Action Filtration CF000046 Aercology 7036-20 Complete 1226926106 Donaldson Torit P191522 RoboVent 12D-26 Donaldson Torit 8PP-24009-00 Donaldson Torit P032947 Donaldson Torit P520433 Environmental E04385

100% mechanical filtration technology. A pulse filter must maintain filtration performance mechanically. Which means the filter media and efficiency layers must perform before and after it is mechanically cleaned. Zero use of electro-static and the stable two-dimensional nano layer ensures optimized filtration efficiency. In reality the “as new” filter will be the lowest efficiency the filter will operate at during functional life.

Durable Media. Spun Bond polyester media is made with rigid continuous fibers that yield up to 3-4x the strength of traditional paper media. Engineered to withstand over 100,000 cleaning pulses ranging from 70 – 95 psi. The Polyester spun bond media is designed to perform resisting abrasion and wear throughout its lifetime caused by pulse cleaning.

Surface filtration technology. To maximize long term operating performance a filter must be designed with optimized surface filtration. The combination of a polyester substrate and nanofibers incorporates the high efficiency, two-dimensional surface that ensures the dust does not penetrate the nanofiber surface. This in turn provides maximum dust release during pulsing and lowest operating pressure drop over the life of the filter. It is critical the base media remains clean and free.

Dust Holding Capacity – is the capacity of a filter to capture and hold dust at an acceptable resistance for a period of time. The value is typically noted in grams, taken when the airflow resistance reaches a preset maximum. DHC must be compared to the same end of test level or comparison is essentially impossible.

Dust Holding Capacity (EN779-2102) > 6.0kgs. Most experts agree that comparisons of dust holding capacity is a significant baseline of data to consider when evaluating filter performance. A spun bond with nanofiber technology has been tested to hold more than 6.0kgs or 13lbs of dust up to 4.0” of operating pressure drop. This provides reassurance the filter will operate in challenging dust loading environments.

ASHRAE 52.2-2012 MERV (minimum Efficiency Reporting Value) – is an overall rating that provides expected “minimum levels of efficiency”. Averaging of

particle efficiency is also performed in three separate ranges. E1, E2 and E3. The E1 efficiency level averages the smallest particle size range (0.3μm – 3.0μm).

Pleat Support – For an air filter to perform at its maximum capacity, the pleated media must stay open and rigid through its entire pleat depth. Conventional pleated media will rely on corrugation or grooving. Under certain environmental (wet) or very high dust loadings or high temperatures, these corrugations can collapse or flatten, leading to pressure drop rise across the inlet. The filter must be designed with a permanent and fixed mechanical separation technique that won’t collapse but stay functional allowing pressure drop to remain stable.

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