Brands |
N/A Clean Liquid Systems |
Frame Length |
N/A 18 in |
Frame Width |
N/A 24 in |
Filter Depth1 | N/A 4 in |
Available Filter Depth |
N/A 1 in2 in4 in |
Pleat Quantity Per Foot |
N/A 15 |
Media Type |
N/A Nanofiber Synthetic |
Type |
N/A High Capacity |
Minimum Efficiency Reporting Value (MERV) Rating |
N/A MERV 13 |
Minimum Efficiency Reporting Value (MERV) 13 |
N/A Efficiency Per 52.2 at 1968 ft³/min |
Unit Price |
N/A
15.92 USD |
Features |
N/A
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Additional Information |
N/A
The reason for it is because of old, antiquated technology. Most of the high efficiency filter media on the market has a static charge to temporarily and artificially inflate their efficiencies. The science behind this is simple. The larger fibers have inherently poor distribution in the typical filter media make it impossible to attain MERV 13 at an acceptable restriction without statically changing the media. The problem is, as the filter loads with dust, these electret charged fibers become blocked and the charge is lost, causing the filter to slowly lose efficiency. You can think of it like socks fresh out of the dryer - they have been statically charged by rubbing on other articles of clothing. For a short period that sock wants to stick to everything…. We have a problem with "for a short period", we feel that selling you something that does not stay MERV 13 is not exactly ethical. What's so different about the our nanofiber enhanced filters? We use nanofibers to mechanically filter out particulate, meaning the filter doesn't lose efficiency during operation. In fact its efficiency increases as it gets dirty. The nanofibers are excellent at delivering high mechanical efficiency with extremely low pressure drop due to their extremely uniform distribution and diameters of less than 150 nanometer. Our nanofiber media delivers a reduction in carbon footprint of 70% or more over most electrostatic media. The really good thing about nanofiber is just a little bit gets you a whole lot of performance. This allows our filters to be built with less media weight, meaning lower restrictions, less plastics in the landfill, and a whole lot less petrochemicals to make them. |