F Series
Pre Filter Pleated Panel
General Description
The F series features progressive density fiberglass media pad allowing for
full depth filtration. The adhesive coated fibers purpose to retent dusts
which have been captured,thus minimizing dusts by pass. Frame: Strength
Beverage cardboard Ex: Canada or reusable alumunium frame
Applications
- Heavy-duty pre-filter for extending the life of higher efficiency filters
- Suitable for use in a dusty condition
Filter Media
- High density fiberglass media pad (Excellent quality media with high dust
holding capacity) - Progressive density media from coarse to fine fibers (Full dust loading
throughout the depth of the filter media for extended service life) - Unique leno-backing design unlike traditional design (Maintains
dimensional stability and adds to the rigidity of the filter structure) - Fibers are treated with heavy coating of special adhesives (Maximizes dust
retention as dusts trapped will bond to the filter fibers)
Filter Construction
- High wet strength, doule-wall beverage carrier board frame (High strength
and moisture-resistant board frame) - Media is bonded to every cell side (Ensures no dirty air by-pass around the
filter) - Media is bonded to all points of the die-cut board frame (Adds to the
rigidity of the filter)
Packaging
Filter is covered with carton layer when delivered (Media protection from
handling damage
Advantages over Substitutes
- F Series (Pre-filter pleated panel) (Has higher dust holding capacity and more
suited for coarse dust applications, so longer lifetime) - W Series (Washable filter) (Relatively inexpensive) + (Maintenance-free: ‘useand-dispose’ system [Several times of washing is equivalent to one use of F Series])
(If the dust is sticky and oily, then the washable filter could not be washed surely)
Specification
Media : Progressive density fiberglass media pad
Frame : Highest wet strength beverage board
or reusable alumunium frame
EN 779 Class : G3
Recommended Final Pressure : 1”W.G. (250 Pa)
Maximum Operating Temperature : 150°F