Brands |
N/A Clean Liquid Systems |
Type |
N/A Bag Pocket |
Filter Media |
N/A Synthetic |
Number of Pockets |
N/A 6 |
Minimum Efficiency Reporting Value (MERV) Rating |
N/A MERV 10 |
Minimum Efficiency Reporting Value (MERV) 10 |
N/A 21.92 |
Recommended Final Resistance |
N/A 250 Pa |
Maximum Pressure Drop |
N/A 450 Pa |
Maximum Operating Temperature |
N/A 80 ÂșC |
Humidity |
N/A 100 % |
Nominal Width |
N/A 12 in300 mm |
Nominal Lengths |
N/A 24 in592 mm |
Nominal Depth |
N/A 18 in457 mm |
Media Features and Technical Details |
N/A S-BAG utilizes a 100% synthetic filter media having high tensile strength developed through melt blown process. This media has an advantage of being heat sealed, thus avoiding any pin holes that are found in most conventional bag filters. The three stage media arrangement which consist of coarse fibers upstream, micro-fine fibers down stream and a scrim backing to prevent fiber migration, offers high dust holding capacity and filtration efficiency. S-BAG provides extended surface filtration through media formed into individual dust holding pockets. These pockets are created by internal stitches or ultra sonic welding process with internal spacers to maintain uniform airflow channels for even dust loading and longer filter life. The perfectly balanced pocket design allows full media inflation without crowding or restricting airflow to ensure optimum media utilization and there by offering long service life. Each pocket is bonded and sealed to its own "J" channel support frame which is fastened to a heavy duty corrosion resistant steel frame with soft edges to avoid damage to the filter media. This design prevents air bypass by eliminating metal contact points between components. Filters are also offered in plastic frame Construction and available in MERV 10 to MERV 15 ratings. |
Note |
N/A
Other sizes having filter face size 490 x 592 mmoperates at 80% air volume and filter face 287 x 592 mm operates at 50% of the air volume of 592 x 592 mm. Pressure drop remains the same. All data are average indicative values with usual manufacturing and testing tolerances. We reserve the right to modify performance data without prior notices due to the constant technical improvement. |