MERV 11 Home Select Air Filter (2 pack)I-MRVAC1101-02-1424-XXXX-V1 5.0 star rated
After a $0 Instant Rebate
- Energy Star: No
- Water Sense: No
- Media Feature: images/Lifestyle_Images/I-MRVAC0801-02-1820-XXXX-V1_Lifestyle_1.jpg
- Media Feature Markdown: **Superior Design and Construction** Media: Progressive density bi-component fibers. Media Support: 100% non-woven synthetic media manufactured from recyclable material. Pleat Design: V-Pleat design aids in pressure drop while reducing energy cost. Design allows for maximum airflow and dust holding capacity during the life of the filter. Frame: Moisture-resistant clay coated frame. Bi Component Media: Ultra-high performance bi-component synthetic media contains electrostatically engineered tri-lobal fibers within homogeneous domains of positive and negative electrical charges within the bicomponent fibers to equal an ultra-high performance product. Enhanced Fibers: Electrostatically enhanced fibers are precisely structured into a progressive density gradient structure to enhance airflow with less resistance while providing high dust holding capacity and ultra-high efficiency during operational life. Gradient Media Structure: Proprietary “Engineered Gradient Media Structure” enables larger incoming contaminants to be trapped in the prefilter layer thus allowing the highly charged secondary layer to attract and hold smaller particulate, thereby increasing the life of more expensive final filters downstream. High Efficiency at Low-Pressure Drop: This proprietary media combined with AAF Flanders unique V-Pleat manufacturing design is the highest performance pleat available on the market today. The proprietary PREpleat M11 can provide an initial efficiency of MERV 11 per ASHRAE 52.2-2007.
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- MERV 11 pleated air conditioning furnace filters utilize 100% synthetic media. The PREpleat M11 SC pleated panel furnace filters enables a significant upgrade in collection efficiency over existing MERV 8 products. A 25–30% average efficiency filter can be upgraded to 60–65% efficiency at roughly the same resistance levels, when this furnace filter is utilized.