Filtration Systems

We carry the most efficient and cost-effective pre-filters and filter housings engineered to provide lower pressure drop, longer filter life, quick and easy element change-outs and more predictable maintenance.

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  Ultra-Filter DF Series Standard/Superplus Compressed Air Filters

  Ultra-Filter DF series filters are designed for high quality filtration of compressed air or gas in a wide of applications. The total filter design concept of the filter combines high performance, greater efficiency, ease of use, flexibility, and safety.
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  Ultrair M/S Coalescing Filter Element

  Ultrair M and Ultrair S coalescing filter elements are designed for removal of water, oil aerosols, and solid particles from compressed air and gas industrial applications. Ultrair M/S elements utilize a three-dimensional polyester microfiber fleece media, which is ideal for coalescing and draining away oil and water aerosols in the air stream.
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  Ultrair V Coalescing Filter Element

  Ultrair V coalescing filter element is designed for removal of water, oil aerosols, and solid particles from compressed air and gas industrial applications. Ultrair V element utilize a three-dimensional polyester microfiber fleece media, which is ideal for coalescing and draining away oil and water aerosols in the air stream.
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  Ultrapoly P Particle Filter Element

  Ultrapoly P prefilter element is designed for removal of solid contaminants in gases. Ultrapoly P utilizes a highly porous sintered polyethylene media for absolute filtration of particles down to 25 μm in size. The primary filtration mechanism of this media is sieving, which captures most particles near the surface allowing for regeneration of the element and reducing operating cost.
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  Ultraporex B Particle Filter Element

  Ultraporex B prefilter element is designed for removal of particulate contaminants in gases. Ultraporex B utilize a highly porus sintered media for absolute filtration of particles down to 25 μm in size. Although the Ultraporex B is primarily used as a particulate prefilter, a simple reversal of flow through the element allows the Ultraporex B to be used as an effective course coalescing filter element, removing bulk quantities of water and oil from an air or gas stream.
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  Ultrac A Activated Carbon Vapor Filter Element

  Ultrac A adsorption filter element incorporate two stages of filtration. The first stage contains activated carbon for removal of oil, hydrocarbon and odor vapor through adsorption. The second filtration stage consists of binder-free borosilicate depth media, support by microfiber polyamide fleece, for removal of particulate contamination in the air or gas stream. These filtration stages are followed and supported by an outer stainless steel core, which also protects the element against pressure shock.
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  AG Standard/Superplus Filter Housings

  AG Standard and AG Superplus filter housings are designed with all of the features required to make these the most efficient and cost effective filters for your compressed air system. Featuring a three-part aluminum design allows for easy disassembly and element change-out.
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  SH Standard/Superplus Filter Housings

  SH Standard and SH Superplus carbon steel filter housings are designed to ASME code with ANSI flange connections. In the standard configuration, these housings include our Econometer differential pressure gauge and external float drain valve for coalescing applications.
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  Ultrac AK Activated Carbon Adsorption Filters

  The Ultrac AK adsorption filter element utilizes a two-stage filtration process for removal of oil vapor and other hydrocarbons. This patented two-stage design allows for a large surface area resulting in low pressure drop, long element life and no carry-over of carbon particles in the process air.
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  Ultrasorp AKC Activated Carbon Adsorber

  Ultrasorp AKC Activated carbon adsorber offer high retention of oil vapor and hydrocarbons with low pressure drop across the system. The large activated carbon bed allows for residual oil content of less than 0.003 ppm and a bed life of 10,000 hours. The AKC adsorber includes a built-in residual oil indicator.
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  Cyclone Water Separators

  Cyclone Water Separators AG-Z & LS Series are designed for removal of liquid water and particulate from compressed air and gases. The AG-Z (aluminum) Cyclone Water Separator has three-piece aluminum housing while the LS (carbon steel) incorporate two-piece carbon steel housing. Both designs include swirl vanes allowing for efficient liquid removal with low pressure drop. Standard configurations are equipped with float drains while Superplus versions are equipped with Ultramat zero air-loss drain valves.
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  HD High Pressure Filters

  HD high pressure filter housings are designed for the purification of compressed air and gases in an industrial operation. The housings made out of two parts offer, due to an optimized construction, low differential pressure at high flow rates. A multitude of housings with different connections allows you to match your specific needs to any application. The HD has 8 different housing sizes available ranging from ¼” to 2” and pressure rating from 400 psig to 5,800 psig.
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  Ultradepth® FF, MF & SMF Filter Elements

  High performance Ultradepth® FF, MF & SMF filter elements are engineered with a patented design process to create a two-stage filtration process within one element. A binder-free borosilicate glass fiber media eliminates any potential contamination and prevents particulate from clogging the filter mesh. The Ultradepth offers excellent filtration efficiencies of up to 99.99999% 0.01 μm particles providing longer filter life, higher quality air, less maintenance, and more cost-effective filtration.
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  Ultraporex® SB High Temperature Filter Elements

  For high temperature applications up to 248 F, Ultraporex SB filter elements are made with sintered bronze media, aluminum end-caps and double o-ring seals. SB elements are available with three retention ratings: 5, 25 or 50 μm.
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  Ultrapoly® PE Particulate Elements

  Ultrapoly PE particulate filter elements are made with aluminum end-caps, double o-ring seals and sintered polyethylene media for effective filtration down to 5 μm. PE elements offer the additional advantage of being fully regenerable.