Air filters are designed for dust holding, pressure drop and MERV rating. Flanders' Pre-Pleat® 40 LPD achieves the highest dust holding capacity and the lowest pressure drop in the industry, while maintaining a mechanical MERV 8A per ASHRAE Standard 52.2.
Flanders® Pre-Pleat® 40 LPD Pleated Air Filter, Standard Capacity, Series: 80055, 20 in Width, 2 in Depth, 30 in Height, MERV: 8A, 180 deg F, 1 in WG Final Resistance, Non-Woven Synthetic Media, Domestic
| Depth |
: |
2 in |
| Domestic/Import |
: |
Domestic |
| Final Resistance |
: |
1 in WG |
| Height |
: |
30 in |
| MERV |
: |
8A |
| Media Material |
: |
Non-Woven Synthetic |
| Series |
: |
80055 |
| Temperature Rating |
: |
180 deg F |
| Type |
: |
Standard Capacity |
| Width |
: |
20 in |
- Ecologically friendly filtration: medium frame components made from recyclable materials
- Expanded metal grid prevents media flutter while in operation
- Media maximixing V-pleat design
- Great frame strength due to diagonal and horizontal support members as well as wire backed media
- Filter media pack is sealed to eliminate air bypass
- 100 percentage synthetic non-woven, proprietary media that can be recycled
- Engineered with a gradient density composition achieving a MERV 8A using the mechanical method of particle capture
- Media does not rely on an electrostatic charge to capture particulate which will dissipate over time and during use
- Newly designed expanded metal is continuously laminated on the air leaving side to provide pleat stability while eliminating flutter during operation
- V-pleat design aids in pressure drop while reducing energy cost and design allows for maximum airflow and dust holding capacity during the life of the filter
- Heavy duty, two piece, moisture-resistant frame includes diagonal and horizontal support members bonded to the media on the air entering and exiting sides for unsurpassed frame strength and Interlocking corners and positive media-to-frame seal reduce the possibility of air bypass
- PD represents pressure drop in inches WG
- The recommended final pressure drop for all models is 1 in WG
- System design may dictate a lower change out point
- Efficiency is not affected by the conditioning steps outlined in ASHRAE 52.2-2007