Heavy duty primary air filters composed of progressive density, expanded aluminum foil laid in layers and held in a cross pattern to form an attracting net, built for first stage filtration of large particle, moisture, water and grease separation, aluminum filters are robust, rust resistant, and washable.

CrownPULSE SMX™ cylindrical filters are made from semi-synthetic fiber compositions and hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

Heavy duty primary air filters composed of progressive density, expanded aluminum foil laid in layers and held in a cross pattern to form an attracting net, built for first stage filtration of large particle, moisture, water and grease separation, aluminum filters are robust, rust resistant, and washable.

CrownPULSE SMN™ cylindrical filters are made from nano coated semi-synthetic fiber compositions and hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

Heavy duty stainless steel air filters for high performance ventilation and extracting systems. Multiple layers of chromium‑coated stainless steel mesh are held in a cross pattern to form an attracting medium for grease, mist, and oil contaminants. Chronet SS™ filters are robust, rust resistant, and washable.

Developed using charged electrostatic‑prone fibers, SLIM‑Line™ filters are high performance air filters particularly efficient at sub‑micron separation due to the medium’s ability to attract charged particles to oppositely charged fibers.

CrownPULSE FFX™ cylindrical filters combine the advantages of our cellulose‑synthetic media as well as fine fiber melt‑blown technology, delivering a hybrid filter with excellent reverse‑pulsing properties as well as high dust‑holding properties for extended pulse cycles.

Designed for self‑service building operators, EcoFILL™ pre‑filters are economical solutions built from detachable extruded aluminum frames with replaceable synthetic media pads, end users may supply the permanent frame with one or several sets of replaceable pads and self‑service the filters as necessary.

An economical choice for air conditioning and ventilation systems with limited space, provides superb performance in the prevention of dust and dirt build‑up on heating and cooling coils within ventilation systems, constructed from 100% synthetic media which has been heat treated to provide a gradual density fiber structure for improved dust holding capacity for frequent and excessive cleaning, designed for use in residential and commercial applications.

CrownPULSE ET™ cylindrical filters are made from a blend of cellulose and synthetic fibers in very precise ratios to offer high levels of filtration efficiency and mechanical strength. The media is deep corrugated to optimize pleat‑to‑pleat separation and maximize utilization of the surface area throughout the filter life span.

Developed for high dust holding in heating and air conditioning systems, Proglass™ filters are recommended for both commercial and industrial uses, they are superior filters for residential installations. Constructed from non‑viscous, progressive density, lofted glass fibre media, finished with a special adhesive coating for enhanced filtration performance, adhesive is tacky, colorless and odorless, will not run, drip, or evaporate.

CrownPULSE NT™ cylindrical filters consist of our cellulose‑synthetic media coated with electrospun nanofibers on the upstream side of the composition. The result is a structure with phenomenal reverse‑pulsing behavior and high mechanical efficiency at the lowest possible pressure drops.

ZenithPULSE SXX™ conical filters are made from synthetic fiber compositions and a hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

ZenithPULSE SXN™ conical filters are made from nano coated synthetic fiber compositions and a hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

SleekFil™ filters come in a wide range of standard and custom sizes featuring progressive density high loft tear‑resistant polyester media with high functional reliability throughout its service life as well as high dust holding capacities 3 times the filter's weight.

ZenithPULSE SMX™ conical filters are made from semi-synthetic fiber compositions and a hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

Qube™ filters come in a wide range of configurations that offer up to six times the filter area of common flat panel filters of the same face dimensions. Made of progressive density high loft tear‑resistant polyester offering high functional reliability throughout its service life as well as high dust holding capacities 3 times the filter's weight.

ZenithPULSE SMN™ conical filters are made from nano coated semi-synthetic fiber compositions and a hydrophobic treatment. The self‑supported structure was designed for pulse‑jet applications combining high durability operating in harsh environments, especially to meet the strict demands of gas turbine air filtration systems.

A coarse dust filter offering very high levels of air permeability at low pressure drops. A very common option for use in residential and commercial air conditioning systems and fan coil units, washable, long‑lasting, and highly customizable.

ZenithPULSE FFX™ conical filters combine the advantages of our cellulose‑synthetic media as well as fine fiber melt‑blown technology, delivering a hybrid filter with excellent reverse‑pulsing properties as well as high dust‑holding properties for extended pulse cycles.

Super‑Sonic filters have been setting the industry standard in reliability, superior performance, and ability to serve in a vast range of applications. Extended surface multi‑pocket bag filters are constructed from progressive density filter membranes featuring a lofted electrostatically charged prefilter layer providing exceptionally low pressure drop, high levels of efficiency, and a steady flat performance curve across the filter's prolonged service life.