PVC Water Filter Housing for Data Center Cooling Systems

Depending on the fluid properties and operating conditions of your cooling or process system, housings can be equipped with various seal compounds. Compatible gasket options include Buna-N, EPR/EPDM, Silicone, and Viton/FKM. This allows operators to select the optimal elastomer for their specific fluid chemistry, thermal range, and chemical compatibility requirements.

Single bag filter housings feature multiple connection styles to integrate seamlessly into existing piping networks. Available configurations include FNPT threaded connections, ANSI flanged connections, and sanitary ferrule fittings. These versatile inlet and outlet options accommodate standard industrial piping requirements while facilitating clean installations in mission-critical cooling environments.

Yes, high flow filter housings are engineered for versatility and can be specified in either vertical or horizontal orientations. This flexibility allows facility engineers to accommodate strict mechanical room footprint limitations, overhead piping constraints, or parallel housing arrangements without compromising filtration capacity or flow distribution.

Housings are manufactured under ISO 9001-certified quality management programs. In addition, qualified configurations are engineered and fabricated to meet ASME Section VIII, Division 1 requirements, with ASME U-stamp options and CE/PED 2014/68/EU compliance available for installations requiring certified pressure vessel construction and strict traceability.

Multi-bag filter housings reduce differential pressure by dividing incoming fluid flow across several parallel filtration bags within a single vessel. This distributed flow lowers face velocity across each media element, maximizes dirt-holding capacity, and extends filter bag life, supporting continuous cooling performance and reducing strain on circulation pumps.

These filter housings accept a wide selection of replaceable filter media to target various suspended solids and particulates. Compatible media materials include polypropylene, polyester, nylon, felt, and mesh configurations. Facilities can choose the appropriate media composition and retention rating to match their water quality goals.