AmerKleen M80
- Glass fiber pad with progressive density
- Strong resilient design
- Impregnated with gel-like adhesive
- High dust holding capacity

Media Utilization
AmerKleen M80 glass fibre pads consist of continuous glass fibres whose diameter becomes smaller and the weave progressively tighter from the air entering to the air leaving side. This structure allows dirt to penetrate deep into the media, utilizing the full depth of the pad.
Resilient Construction
At those places where the fibres cross, they are glued together with a thermosetting plastic bond to form a strong, thick, resilient pad.
Dust Holding CapacityThe dust holding capacity is further increased by impregnating the media with AAF’s exclusive “Viscosine”. This gel-like adhesive will not migrate at temperatures up to 100˚C. By compressing the AmerKleen M80 pad into a retaining frame of 50 mm depth, the density and therefore the efficiency is increased even more.
Flexible Solution
The AmerKleen M80 disposable pad can be installed in new or existing systems and arranged either in banks or in filter housings.
| EN779 | G3 |
| ASHRAE 52.2 | MERV 5 |
| Media Type | Fibreglass |
| Recommended Final Resistance | 250 PA |
| Max Operating Temperature | 100°C – 170°C |
| Air Filtration Certificate | DIN 53438 – 3* |
or
Enquire Now
Related products
VariCeL 2+ SC
- AAF’s Impress® pleating technology for maximized energy efficiency
- Combines high mechanical strength and low resistance for savings on overall operating costs
- Excellent performance under difficult conditions, including variable air volume, turbulent airflow, and high humidity
- Impress® technology maximizes media utilization for increased Dust Holding Capacity (DHC) and longer service life
- High capacity media pack provides lowest possible total cost of ownership with lower resistance and longer filter life
- Lightweight and easy to handle and install
- Slim-line design significantly reduces shipping, storage, and disposal cost
- Models rated MERV 13 and higher meet LEED® Project Certification efficiency requirements
years