KALTHOFF LUFTFILTER UND FILTERMEDIEN GMBH - Better Air Anywhere

ISO groups / Filter classes ISO Coarse / G4 Structure/ Media jointly welded single bags dynamicallycomposed synthetic nonwoven (polyester) progressivelystructured filter media for optimum particle separation filter media is free of chemical binders simple installation detachable filter assembly enables separate recycling of header frame and media metal or plastic frame frame depth 20 or 25 mm

ISO groups / Filter classes ISO ePM10 / M5M6 Structure/Media single inserted bags with threadshaped spacers 2layer (M5) / 3layer (M6) synthetic nonwoven electrically uncharged, organic, synthetic fibres sheet steel or plastic frame frame depth 20 or 25 mm progressivelystructured filter medium for optimum particle separation conical bag progress for an optimum filtersurface utilisation high duststorage capacity with low pressure drop free of chemical additives

ISO groups / Filter classes ISO e PM 2.5 ISO e PM 1 / F7F9 single inserted bags with threadshaped spacers COMPOPLUS® filter media of 3layer, synthetic nonwoven electrically uncharged, organic, synthetic fibres sheet steel or plastic frame frame depth 20 or 25 mmprogressivelystructured filter media for optimum particle separation conical bag progress for an optimum filtersurface utilisation high duststorage capacity enables long filter lifetimes low pressure drop free of chemical additives

ISO groups / Filter classes ISO e PM 1 / F7, F9 single inserted bags with threadshaped spacers filter media from multilayer synthetic nonwoven corrugated superfine fibre layer galvanized, reinforced steel sheet frame and flow profiles frame depth 25 mm suitable for energyefficient operation progressivelystructured filter media for optimum particle separation conical bag progress for an optimum filtersurface utilisation very high duststorage capacity enables long filter lifetimes quite low pressure drop free of chemical additives

ISO CoarseISO ePM10 / G4M5 pleated, progressivelystructured filter media thermallybonded, synthetic nonwoven (polyester) hotmelt pleating system synthetic FIBERPLAST frame standard installation depths 20, 25, 47, 92 mm special design with different frame geometries simple handling optimum resistance performance through hotmelt pleating system low pressure drop moistureproof fully combustible

ISO CoarseISO ePM1 / M5F9 closelypleated filter media of synthetic microspunbond INTERMELT pleating system synthetic FIBERPLAST frame standard installation depths 20, 25, 47, 92 mm special design with different frame geometries simple handling maximum filtersurface utilisation using INTERMELTpleating system long service lives low pressure drop moistureproof fully combustible free from binding agents, solvents or dyes

G2G3 welded metal multilayers expanded metal screen on both sides highquality metal fabric enables an efficient grease separation filter can be cleaned without any big effort

ISO Coarse Flat sheet filter media from progressive, thermally bonded, synthetic nonwoven (polyester) synthetic FIBERPLAST frame simple handling moistureproof fully combustible free from binding agents, solvents or dyes

ISO ePM10ISO ePM1 / M6H11 stable, multisided sealed filter plates closely pleated, progressivelystructured filter media synthetic, multilayer micro spunbond INTERMELT pleating system rugged KALTHOFF filter casing with blue vertical struts 25 mm flange profile very high levels of mechanical strength and stability, with high efficiency burst pressure clearly above 3000 Pa high dustholding capacity resistant to high humidity arbitrary installation position enables easy installation high filter efficiency with low pressure drop

ISO ePM10ISO ePM1 / M6F9 stable, twosided hot meltsealed filter plates closely pleated, progressivelystructured filter media synthetic, multilayer microspunbond INTERMELT pleating system rugged KALTHOFF filter casing of black plastic 25 mm flange profile high dustholding capacity resistant to high humidity arbitrary installation position enables easy installation high filter efficiency with low pressure drop