Stainless Steel Process Housings
Our Gas and Liquid Process Filters protect equipment from sample impurities by removing solids and liquids with up to 99.999% efficiency at 0.01 micron. This series is also suitable for liquid sample process applications when used with pleated liquid elements or stainless steel elements, achieving efficiencies as fine as 1 micron in liquids.
| PRODUCT FEATURES / BENEFITS |
| s 316L Stainless Steel Construction |
| s 1,500 PSIG / 400°F – Standard |
| s 6,000 PSIG Rated & Flanges Available |
| s 3-Port Housings for Coalescing |
| s Particulate and Bypass Filtration |
| s CNG Filtration |
| s Blow Molding Equipment |
| s Gas Production |
| s Mechanical Seal Filter |
| s LNG (Liquified Natual Gas) / NGL (Natural Gas Liquids) Filter |
Description
Our Gas and Liquid Process Filters protect equipment from sample impurities by removing solids and liquids with up to 99.999% efficiency at 0.01 micron. This series is also suitable for liquid sample process applications when used with pleated liquid elements or stainless steel elements, achieving efficiencies as fine as 1 micron in liquids.
To meet the diverse requirements of process sample filtration, a complete line of filter elements is available in stainless steel, polypropylene, and other corrosion-resistant materials. High-efficiency borosilicate microfiber elements, inert to most liquids and gases, are also offered for applications requiring exceptional chemical compatibility and filtration performance.
Spring Loaded Element Option (4401 Style)
Our 150–162 series housings (3/4”–2” line size) are also available with a positive push-in type filter element, ideal for systems experiencing significant pressure variations or requiring particulate removal. Unlike conventional designs that use a tie-rod to retain the element, these housings feature elements with end caps bonded or welded in place, providing a robust and reliable fit under demanding conditions. This design also offers compatibility with a broader range of element types. Spring-loaded and positive-seal versions are designated by the 4401 suffix.
Quick Comparison
| Stainless Steel Process Housings remove | Ultra High Pressure 6,000 PSIG Stainless Steel Process Housings remove | Low Pressure Stainless Steel Housings remove | Inline Stainless Steel Housings remove | PTFE Filter Housings remove | Shroud-Deflector Filter Housings remove | |
|---|---|---|---|---|---|---|
| Name | Stainless Steel Process Housings remove | Ultra High Pressure 6,000 PSIG Stainless Steel Process Housings remove | Low Pressure Stainless Steel Housings remove | Inline Stainless Steel Housings remove | PTFE Filter Housings remove | Shroud-Deflector Filter Housings remove |
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| Additional information | ||||||
| Description | Our Gas and Liquid Process Filters protect equipment from sample impurities by removing solids and liquids with up to 99.999% efficiency at 0.01 micron. This series is also suitable for liquid sample process applications when used with pleated liquid elements or stainless steel elements, achieving efficiencies as fine as 1 micron in liquids. | Our 150VP and 160VP series of ultra high-pressure 316L stainless steel filter housings deliver exceptional performance and value in the most demanding applications. | Designed for gas analysis, emissions monitoring, CEMS, and sample process filtration, these low-pressure stainless steel housings are ideal for applications requiring continuous monitoring. | In-line Filter Housings are designed specifically for particulate removal in systems requiring extended service intervals. These housings are not intended for coalescing applications and are not compatible with adsorption cartridges. | PTFE filter housings are engineered specifically for applications requiring exceptional chemical resistance and minimal adsorption. These housings support a range of filter elements for both gaseous and liquid filtration. | A simple and effective method for prefiltering sample streams with high particulate content is the use of a shroud-deflector tube surrounding the outer wall of the filter element. This permanent shroud redirects the incoming flow, causing heavier debris to settle at the base of the housing. |
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