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Thanks to the unique combination of binder free, non-woven nanofiber filter media and pleating technology, achieve a reduction of energy costs up to 70%, while an improved filtration efficiency. The new nanofibers material from ultrafilter is oleophobic, which means that the oil and water active rejected in order differential pressure drop and consequently the operating costs are reduced to a minmum compared with a conventional filter element.
Furthermore, the new nano-filter media from the ultrafilter "oleophobic", which means that the oil and water active-ly rejected, so differential pressure drop (and therefore costs) are reduced to a minimum compared with conventional filter elements. |
Benefits of innovationThe quality of filter elements are becoming increasingly important, firstly because the requirements for clean air and technical gases constantly being raised, and second because awareness of one ment function and energy efficiency are always on the rise.
450% larger filter areaThe secret behind this large increase in performance lies in the pleating of the nano-filter media. The pleating process mechanically folds the non-woven filter media many times it makes the filter area 450% greater than that of a conventional rapped filter element.
Applications
• Chemical and Petrochemical • Pharmaceutical industry • Food - Plastics Industry • Process filtration • Instrumentation air warranty |
Type | Residual oilcontent | Oil retention rate | Retention rate at a particle size of 0,01µm | |
3 mg/m3 | 10 mg/m3 | acc. to ISO 12500-1 | acc. to ISO 8573-1 | |
P-FF | <0,1 ppm | 0,2 ppm | 99,6 % | 99,999 % |
P-MF | <0,03 ppm | 0,03 ppm | 99,7 % | 99,99998 % |
P-SMF | <0,01 ppm | 0,02 ppm | 99,8 % | 99,99999 % |
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