|Low Pressure Drop (LPD)||The heart of the lpd technology is the low initial pressure drop achieved through proprietary dimple geometry allowing wider pleat separation.||Long filter life with low operating costs.|
|High Air Flow||The lpd technology allows higher airflow without increasing pressure drop or the size of the filtration stage.||Existing air filtration systems can be upgraded to handle higher airflows for zero additional investment.|
|Long Filter Life||The technology’s dimple geometry, combined with filter media developments, produces high dust holding capabilities.||Longer filter life when compared to existing minipleat and separator technologies.|
|Higher Efficiency Levels||With similar or lower initial Pressure Drops as compared to other filters available in the market, lpd filters are in higher air filtration efficiency categories.||Existing filter can be upgraded to higher efficiency levels, without reducing airflow or investing in costly booster fans.|
|Smaller Filters||lpd technology allows the substitution of larger filters with smaller ones.||Standardization of filter dimensions.|
|Smaller Air Filtration Installations||
Use of the lpd technology permits the design and sizing of more compact installations while maintaining the same airflow, pressure drop and efficiency of existing systems in the market.
|Reduced filter house space and cost.|
|UL 900 Test Standard Compliant||
With lpd technology inside, HVAC synthetic air filters comply with the UL 900 Class 2 test standard. Requirements for the UL 900 Class 1 standard can be attained, depending on framing system materials and sealing method between frame and filter pack.
|The lpd technology can meet the safety standards established by the world’s largest market.|
|Washable Filters||In combination with appropriate framing and glue materials, use of synthetic media results in a washable filter.||Depending on the collected contaminants, the air filter is reusable up to 10 times with only small efficiency loss.|
|Easy Filter Disposal||lpd technology can be used to produce synthetic filter packs with synthetic glue and disposable filter frames such as cardboard.||Ease of disposal at a low cost.|