Filters are constructed with stainless steel, galvanised steel, aluminium, or wooden frame with aluminium foil pleated back and forth to optimize performance. Polyurethane sealant used in filter to prevent any possible leakage.
Code | Width (mm) | Height (mm) | Depth (mm) | Capacity (L/S) | Clean Resistance Pa | Efficiency |
H13AS1220610150 | 610 | 1220 | 150 | 890 @ 1.2M/S | 325 | H13 |
H13AS610305150 | 305 | 610 | 150 | 213 @ 1.14M/S | 325 | H13 |
H13AS610305290 | 305 | 610 | 290 | 470 @ 2.54M/S | 350 | H13 |
H13AS610610150 | 610 | 610 | 150 | 452 @1.2M/S | 325 | H13 |
H13AS610610290 | 610 | 610 | 290 | 945 @2.54M/S | 350 | H13 |
H13AS915610150 | 610 | 915 | 150 | 670 @ 1.2M/S | 325 | H13 |
Series : Aluminium Separator type
Header : Box, Single, Double
Frame : Wood, Aluminium, Galvanised & Stainless Steel
Separators: Aluminium foil
Media : Wet – laid micro – glassfibre
Sealant : Polyurethance
Fire retardant : UL900
Temperature : < 80° C
Humidity < 100% RH
Efficiency :
MPPS : > 99.95% (H13);
DOP : > 99.97% @ o.3 µm
These specially designed filters allow systems to control laminar air flow under high humidity. Hemmed edges on the aluminium reduce possible pleat damage. Low initial pressure of the media increases the life of filters. Filters meet UL class 900 fire codes.
These filters can remove a broad range of airborne contaminants. They can be used as final filters in hospital, aerospace, pharmaceutical and food processing industries. They can also be used as pre-filters for the most demanding clean rooms.