Filters that put contamination in its place
The POSIFLOW II filter cartridges are 100% polypropylene pleated depth filters engineered for the toughest applications and containments.
The unique multi-layered composition of media combined with thorough testing assures the best solution, highest dirt holding capacity and flow rates with a low pressure drop.
All components are thermally bonded together to insure cartridge integrity. The rigid polypropylene cage protects the media and provides strength.
POSIFLOW II cartridges are available in a wide range of lengths, end fittings, “O” rings and gaskets for easy installation into existing filter housings.
Features
- 6-8 times the surface area of wound and spun filters
- 100% polypropylene
- Multi-layer media construction
- Single length construction
- Available in wide range of end fittings
- FDA approved materials of construction
Benefits
- 5-7 times the life of spun bonded filter technology
- Fewer change outs and lower differential pressure when compared to wound or spun filters
- Excellent compatibility
- Lower disposal costs
- No glues, resins or binders
- Direct competitive replacement
- High dirt holding capacity
Applications
- High pure water
- Mineral water
- Wine and beer
- Completion fluids
- Bulk chemicals
- Lube, oil
- Coatings
- Inks and pigments
- Process water
- Paint
- Syrups
- Gas feed stock
Specifications
Micron ratings (nominal)†: 0.2 , 0.5, 1, 5, 10, 25
Media: Polypropylene
Support structure: Polypropylene
Gaskets & O-ring (Standard): Polypropylene, Buna N
Dimension (nominal): 2 ¾” O. D. x 1.06″ I.D., 10″, 20″, 30”, 40″ lengths
Maximum temperature: 150°F
Maximum pressure: 75 psid @ 70° F, 40 psid @ 150°F
End fittings: DOE-Double open end, SOE-222 “O” Ring/Cap, SOE-222 “O” Ring/Fin
†Micron efficiency was determined using multi-pass test procedure.
FAA Filter reserves the right to change design and/or specifications without notice.
FAA Filters can custom design a filter solution for your specific application. Please call 800 268-8943 and ask to speak to an Applications Engineer