EMW®'s unique pleat design guarantees minimal and stabilized pressure loss during operation and our static cartridge-filters are comprised of both conical and cylindrical filter elements. Standard dimensions for cylindrical filters are (OD x H) 326 x 660 mm, while conical filters come in sizes of OD 445/ 329 x H 660 mm.
The MPC & MPZ ECO-85 GTS variant is classified with an ISO ePM1 85% filter efficiency according to ISO 16890 (formerly F9 according to EN 779) or as ISO T9 according to ISO 29461.
EMW®'s pure series are also availble with hybrid water-repellent media E10, E11 or E12 according to EN1822 or in ISO T10, ISO T11 and ISO T12 according to ISO 29461.
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Further dimensions of cartridge filters are available on request.
Slide through the efficiency of EMW®'s unique pleat design by navigating through the slides below!
EMW® Cartridge Filters impress with a revolutionary pleat design that provides maximum stability for the filter media.
The interior of the EMW® Cartridge Filter, even after use, maintains an intact pleat design, ensuring minimal pressure differential development during operation.
Unfolding a section of the EMW® Cartridge Filter reveals its meticulously engineered media structure. This innovative design ensures optimal utilization of the entire filter surface, significantly extending the filter's operational lifespan.
MPC & MPZ ECO-85 GTS | |
---|---|
Filter Class acc. to ISO 29461 |
T9 |
Nominal air flow rate |
2500 m³/h |
Initial pressure drop |
145 Pa |
Temperature Resistance |
max. 80°C |
MPC & MPZ Pure-T10 GTS | |
---|---|
Filter Class acc. to ISO 29461 |
T10 |
Nominal air flow rate |
2500 m³/h |
Initial pressure drop |
165 Pa |
Temperature Resistance |
max. 80°C |
MPC & MPZ Pure-T11 GTS | |
---|---|
Filter Class acc. to ISO 29461 |
T11 |
Nominal air flow rate |
2500 m³/h |
Initial pressure drop |
190 Pa |
Temperature Resistance |
max. 80°C |
MPC & MPZ Pure-T12 GTS | |
---|---|
Filter Class acc. to ISO 29461 |
T12 |
Nominal air flow rate |
2500 m³/h |
Initial pressure drop |
230 Pa |
Temperature Resistance |
max. 80°C |
All data given are based on test results determined according to ISO 29461. The data are average values subject to tolerances due to normal production fluctuations. The figures are only suitable for comparison with those of other products tested according to the same standard.