Designed to serve in extreme operating conditions, Stiph GT™ series filters are suitable for high‑demanding applications, such as outdoor electronic enclosures and outdoor cooling cabinets; they have been installed by leading telecom OEMs. Features a stiff, tear‑resistant, pleatable, PET spunbond‑backed synthetic membrane. The filters perform in high‑temperature, salty, dry, and moist environments offering thorough protection to expensive equipment and systems.

Heavy duty net reinforced synthetic media pads for use in spray booths, overspray collection systems, and drying cabinets. The medium is treated with a special adhesive to help prevent dust loss due to vibration, and the net backing offers maximum support and maintains the uniform fiber construction providing excellent pre-filtration performance.

Built to remove a very wide range of airborne chemicals in the traditional pocket bag filter design. A simple yet effective solution, GAFCO® Graphyte™ filters are constructed from patent activated carbon loaded fleece, the media is resin adhesive free leaving activated carbon surface area open for increased adsorption resulting in superb odor filtration performance.

The PPS (polyphenylene sulfide) filter bag is a high‑quality filtration solution designed for baghouse filter systems. Made from PPS fibers, this filter bag offers excellent filtration efficiency and chemical resistance.

Built to withstand the harshest environments in desert and urban gas turbine and diesel/gas engine installations. True‑LOFT™ extended surface multi‑pocket (bag) filters are made of progressive‑density high loft tear‑resistant 100% polyester fibers featuring two distinctive properties: high functional reliability throughout its service life as well as high dust‑holding capacity 3 times the filter’s weight.

Polyamide (P84) filter bags are a type of high‑performance filter media widely used in industrial applications for dust collection and filtration. They are made from polyamide fibers, which offer excellent chemical resistance, high‑temperature resistance, and exceptional filtration efficiency.

Heavy duty primary aluminum media rolls composed of progressive density, expanded aluminum mesh 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, the medium is rust resistant and washable.

Constructed from patent activated carbon loaded fleece, Activ‑CELL™ filters are resin adhesive free leaving activated carbon surface area open for increased adsorption, the media contains no reagent to react prematurely with impregnate in the carbon. Superior micro structure helps increase filter efficiency and prolong filter service life by maximizing carbon granule’s exposure.

Synthetic media rolls are available in a wide range of thicknesses, classess, and compositions to suite a variety of applications such as self service panel filters, pre-filters in commercial HVAC systems, unitary equipment’s, unit ventilators, fan coil units, and packaged terminal air conditioners.

Acrylic filter bags are made from acrylic fibers, which offer a combination of good chemical resistance, high strength, and moderate temperature resistance. Acrylic filter bags are known for their efficient filtration performance and durability in various industrial environments.

Performs in variable and turbulent air flow conditions. Clymax GT™ filters are made from heavy duty wet‑laid micro glass paper pleated and separated with high‑temper aluminum foil, and supplied with a grid backing to help support the media structure against high dust loading and system vibrations.

Built to serve two distinctive purposes, particulate and odor filtration in one proven solution, Activ‑CELL II™ filters are constructed from a combination of triboelectric filter media laminated to patent activated carbon loaded fleece, the media is resin adhesive free leaving activated carbon surface area open for increased adsorption, the result is superior particulate filtration in addition to high levels of odor filtration.

Designed to withstand burst pressures exceeding 7,500 pascal, V‑Guard GT™ filters are built to perform in gas turbine, turbo‑compressor, and diesel/gas engines. Made using modern mini pleating technology, constructed from grid‑reinforced filter packs of high‑efficiency, water‑repellent micro glass paper, pleated and spaced to maximize surface area, the packs are assembled in shock‑resistant, rigid, polystyrene plastic frames.

Heavy duty net reinforced synthetic media rolls for use in spray booths, overspray collection systems, and drying cabinets. The medium is treated with a special adhesive to help prevent dust loss due to vibration, and the net backing offers maximum support and maintains the uniform fiber construction.

Polypropylene felt is a chemical‑resistant filtration media used in pulse jet baghouse dust collectors. This material exhibits excellent chemical resistivity and holds up in applications with acids, alkalis, and hydrolysis. It is resistant to bacteria and mildew and chemical attacks. Designed with a smooth and uniform surface that is slicker than polyester; and its lower specific gravity allows the same fiber population to be achieved with less total weight for applications with an operating temperature of up to 93°C / 200°F.

High performance gas phase filters for high performance systems, constructed from patent activated carbon loaded fleece. Chemiseize™ filters embrace 50% more media than that of a standard deep pleat filter, the media is resin adhesive free leaving activated carbon surface area open for increased adsorption, the media contains no reagent to react prematurely with impregnate in the carbon. Moreover, its superior micro structure helps increase filter efficiency and prolong filter service life by maximizing carbon granule’s exposure.

An extended version of our V‑Guard GT™, the HC denotes the high‑capacity model designed to further increase the filtration surface area of a superior filter. V‑Guard GT HC™ filters tolerate burst pressures exceeding 7,500 Pa and are engineered to perform in demanding gas turbine applications. Produced from grid‑reinforced mini‑pleat, tear‑resistant media packs that are high‑efficiency and water‑repellent; the pleats are spaced to maximize surface area, and the packs are mounted in rigid, shock‑resistant polystyrene plastic frames.

Glass fiber media rolls made from non viscous, progressive density, lofted glass fibre finished with a special adhesive coating for enhanced filtration performance, developed for heavy duty industrial use, and considered a superior choice for residential and commercial installations.

Often used for dryer baghouses, glass and fiber‑optics manufacturing, lead and base metals production industries, and power generation applications such as coal‑fired utilities. Homopolymer acrylic filter media offers an excellent combination of filtration efficiency and dust cake release. The complementary properties of the woven homopolymer acrylic fibers provide enhanced acid and hydrolysis resistance as well as dimensional stability and flexibility. These properties are necessary for successful cleaning and continuous operation.

Crafted to fulfill two specific functions, capturing particulates and eliminating odors in a single effective solution, Chemiseize PLUS™ filters are made from a blend of triboelectric filter media bonded to patented activated carbon‑loaded fleece. This design optimizes surface area usage to enhance gas and particulate filtration, ensuring efficient capture of particulates while effectively reducing odors.

An extended version of our V-Guard HC-GT™, the SHC model delivers even higher performance capacity created to further expand the filtration surface area of a superior filter. V‑GUARD GT SHC™ filters withstand burst pressures exceeding 7,500 Pa and are built to excel reliably in demanding gas turbine, turbo‑compressor, and diesel/gas engine applications. Manufactured with grid‑reinforced mini‑pleat, tear resistant media packs that are high‑efficiency and water‑repellent; the pleats are spaced to maximize surface area, and the packs are mounted in rigid, shock‑resistant polystyrene plastic frames.