Lvyuan CUNO-Style SS Filter Housing is a compact SS304/316L single-cartridge housing designed for reliable industrial liquid filtration with 10″–40″ cartridges.
SS304/316L Multi-Cartridge Filter Housing is a durable filtration vessel that holds multiple cartridges for high-flow particle removal from water and liquids.
Lvyuan Stainless Steel Inline Filter Housing is a compact SS304/316L cartridge housing designed for reliable inline filtration of water and industrial process liquids.
Lvyuan Stainless Steel Multi-Bag Filter Housing is a high-flow filtration unit that uses multiple filter bags to remove particles from industrial process liquids.
Lvyuan Stainless Steel Lenticular Depth Filter Housing is a sanitary SS304/316L vessel that uses stacked depth-filter modules for clarification and fine filtration of beverages, chemicals, and liquids.
Lvyuan T-Type Stainless Steel Gas Filter Housing is a stainless steel cartridge housing designed to remove particles from process gases and compressed-air lines in industrial systems.
Lvyuan Stainless Steel Steam Filter Housing is an SS304/316L unit designed to remove rust, scale, and particles from process steam using reusable metal filter cartridges.
Lvyuan Sanitary Stainless Steel Y Strainer is an SS304/316L inline strainer with a removable basket, designed to capture solid particles and protect downstream process equipment.
Lvyuan Domed-Cover Bag Filter is an SS304/316L filtration unit with a swing-bolt domed cover, designed for efficient particle removal and easy bag replacement in industrial liquids.
Lvyuan Stainless Steel Duplex Filter Housing uses two filter chambers with switchable flow, allowing continuous industrial liquid filtration while one chamber is serviced.
Lvyuan Sanitary Multi-Cartridge Housing is an SS304/316L filtration vessel that holds multiple cartridges for efficient, hygienic filtration of water and process liquids.
Lvyuan Mobile Stainless Steel Filtration Cart is a portable SS304/316L system combining cartridge housings, a pump and piping for flexible industrial liquid filtration.
| Selection Factor | Common Options | What the Buyer Should Consider |
|---|---|---|
| Housing arrangement | Single or multi-cartridge/ single bag or multi bag | Required capacity, footprint, maintenance |
| Material | 304 stainless steel, 316L where appropriate | Process chemistry, corrosion resistance, cleaning |
| Cartridge arrangement | Standard or project-specific | Cartridge dimensions, end style, filtration objective |
| Connection layout | Various piping configurations | Existing piping, valve position, access |
| Flow requirement | Application dependent | Fluid viscosity, cartridge area, pressure drop |
| Installation | Vertical or project-specific arrangement | Space, cartridge removal clearance, drainage |
| Surface requirement | General or sanitary where required | Cleanability and process requirements |
Connection layout affects installation work, maintenance access, and how easily a filter housing can be integrated into an existing process line.
Inlet and outlet position should be evaluated against the direction of flow and available piping space. Side, inline, or other project-specific arrangements may be considered where suitable. Existing equipment demonstrates that filter housings can be offered with different inlet/outlet layouts, closure designs, seal options, and mounting arrangements according to the intended service.
Closure design also influences cartridge replacement. The operator needs sufficient clearance to open the vessel, remove used elements, inspect seals, and install replacements without interfering with nearby piping or equipment.
During installation planning, check:
A cleaner piping layout at the design stage can make routine maintenance considerably easier after commissioning.
A stainless steel filter housing can be used in many liquid filtration duties when the material and cartridge are compatible with the process.
Typical contexts include water treatment, process water filtration, equipment protection, polishing filtration, commercial applications, and pretreatment before downstream equipment. Cartridge filtration is also used ahead of membrane systems where suspended material needs to be reduced before sensitive downstream components. Eaton identifies cartridge housing applications ranging from membrane pre-filtration to safety and final filtration, depending on the selected system.
For reverse osmosis systems, the housing should be evaluated as part of the complete pretreatment design rather than as an isolated component. Cartridge rating, upstream treatment, feedwater characteristics, membrane protection requirements, and replacement strategy should all be considered.
Other commercial and industrial filtration applications may require different media, materials, or construction. Stainless steel water filter housings are not automatically suitable for every chemical process, and residential equipment requirements can differ substantially from process-duty equipment.
A high-quality housing should be evaluated as a mechanical filtration component, not only by its external finish. Reliability depends on how the body, welds, cartridge supports, seals, closure, connections, and internal components perform together in the intended operating environment.
Buyers should review weld consistency, cartridge fit, sealing surfaces, corrosion resistance, accessibility, hardware construction, and documentation. A durable design should also permit practical inspection and cartridge replacement throughout its service life.
For aggressive liquids, material compatibility deserves particular attention because stainless steel performance changes with chemistry and environmental conditions.
The most robust specification is therefore the one matched to actual service conditions. An unnecessarily complex housing may add cost, while an underspecified design can create maintenance or compatibility problems.
A stainless steel filter housing is a pressure-containing vessel that holds one or more replaceable filtration elements and directs process liquid through them. The housing provides the mechanical interface between piping and the cartridge while supporting sealing, flow distribution, cartridge replacement, venting, and drainage.
Start with the process liquid, required capacity, cartridge type, filtration level, pressure, temperature, material requirement, and connection arrangement. The housing should then be sized around the selected cartridge and operating conditions. Cartridge grade and flow requirement are both relevant to housing selection.
Provide flow, process media, viscosity where relevant, filtration target, cartridge dimensions, operating pressure, temperature, contaminant conditions, piping connections, and available installation space. These parameters allow the supplier to determine whether a single, multi-cartridge, jumbo, or another configuration should be evaluated.
More cartridges generally increase available filtration area, allowing the total process flow to be distributed across additional elements. Actual capacity still depends on cartridge media, element geometry, contaminant loading, fluid properties, and acceptable pressure drop. Multi-cartridge housings are commercially available in a wide range of cartridge counts for this reason.
Consider liquid chemistry, chlorides or other corrosive constituents, operating temperature, cleaning chemicals, sanitation requirements, and the surrounding environment. 304 stainless offers good general corrosion resistance, while 316L is commonly considered where greater corrosion resistance is required.
Yes, project-specific customization can be considered when the existing system requires particular dimensions, connection locations, cartridge arrangements, materials, or installation geometry. Existing drawings, photographs, cartridge information, and piping specifications help the manufacturer evaluate whether a compatible replacement or modification can be produced.
Compatibility depends on the internal housing design, element diameter, length, end connection, sealing method, and flow direction. Different commercial housings accept different cartridge formats and lengths, so the required cartridge should be identified before the housing specification is finalized.
Send us your filtration requirements to evaluate a suitable stainless steel filter housing configuration for your process. For a more accurate technical recommendation and quotation, provide the required flow, process liquid, filtration rating, operating pressure and temperature, cartridge type and size, preferred material, connection requirements, installation limitations, and required quantity.
Our technical team can review these parameters against the required cartridge arrangement, vessel construction, piping interface, and maintenance needs before the design is confirmed. Request a quotation, submit your project specifications, or discuss your application with our technical team to determine the appropriate housing configuration.