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SS 304 and 316L Lenticular Filter Housings
12 inch and 16 inch lenticular filter housings with electropolished finish, 1 to 4 modules, 150 psi, 150 ℃. Dimensional equivalent to common sanitary
What The SS 304 and 316L Lenticular Does In Your Line
SS 304 and 316L Lenticular Filter Housings are constructed with SS316L for the lenticular filter elements and SS304 for the legs and clamp. They are designed for easy disassembly, cleaning, draining, and sampling. The housings feature a tri-clamp and swing bolt closure with an electropolished finish for sanitary applications. Available in 12 inch and 16 inch diameters with 1 to 4 modules, they support high flow and deep filtration in food and beverage processes.
Category: Filter Housings · Industries: Pharmaceutical And Life Science Chemical And Coatings Plants Food And Beverage Plants
Why Buyers Pick This Element
- Electropolished finish inside and out for enhanced cleanability and sanitary compliance
- Tri-clamp and swing bolt closure enables fast, tool-free change-out
- Total enclosed depth filtration prevents bypass and maintains process integrity
- Vertical design simplifies access and reduces downtime during maintenance
- SS316L wet parts resist corrosion in aggressive food and beverage fluids
- Modular design allows for 1 to 4 modules to match process flow and space constraints
Buyers Who Specify This Cartridge
- Food and beverage plant engineers managing sanitary filtration in high-purity lines
- Brewery and winery maintenance teams standardising on quick-change housings
- Filtration system integrators specifying sanitary housings for new production skids
- Distributors supplying replacement housings for existing lenticular filter systems
- Process engineers upgrading from older housings to electropolished, modular units
What It Fixes On The Line
- Difficult cleaning and sanitisation due to rough or non-electropolished surfaces
- Long change-out times from complex or non-standard closures
- Bypass or leakage at seals during high-pressure operation
- Inadequate corrosion resistance in SS304-only housings for aggressive fluids
- Lack of modular flexibility when scaling flow or replacing single modules
- Contamination risk from trapped solids in non-enclosed or poorly sealed designs
Construction Detail
- Constructed with SS316L for lenticular filter elements, SS304 for legs and clamp
- Electropolished finish on all wetted surfaces for sanitary performance
- Tri-clamp inlet/outlet with swing bolt closure for fast access and secure sealing
- Modular design with 1 to 4 modules to match flow and space requirements
- Total enclosed depth filtration prevents bypass and maintains filtration integrity
- Vertical orientation simplifies maintenance and reduces footprint
Materials Of Construction
- SS316L for lenticular filter elements and wetted parts
- SS304 for legs and clamp components
- EPDM O-rings for general food and beverage service
- Buna O-rings for hydrocarbon and general industrial fluids
- Silicone O-rings where low extractables are required
- Viton O-rings for high temperature and aggressive chemical service
SS 304 and 316L Lenticular Filter Housings Specifications
Every figure below comes from the manufacturer data for this series. Anything not listed here is not published and we will confirm it against your duty before you order.
| Series | LRH |
|---|---|
| Diameter | 12 inch, 16 inch |
| Modules | 1, 2, 3, 4 |
| Wet Parts Material | SS316L |
| Legs and Clamp Material | SS304 |
| Inlet/Outlet | Tri-clamp |
| O-ring Options | EPDM, Buna, Silicone, Viton |
| Max Pressure | 150 psi (10 bar) |
| Max Temperature | 150 ℃ |
| Finish | Electropolished |
Where It Is Installed
Wine and beer production where microbial and particulate control is critical
Juice and enzyme solution filtration requiring high cleanability and low extractables
Liquor and gelatin processing with high viscosity fluids and frequent cleaning cycles
Olive oil refining where contamination must be avoided during transfer and storage
Sanitary process lines needing frequent cleaning and validation with minimal residue
How This Cartridge Is Built
Media Preparation
Precision machining of SS316L lenticular elements and SS304 legs
Pack Forming
Electropolishing of all wetted surfaces to achieve a smooth, cleanable finish
Hardware Assembly
Assembly of modules with tri-clamp and swing bolt closure system
End Cap Bonding
O-ring installation in the designated groove with compound verification
Configuration
Pressure testing at 10 bar to confirm integrity before packing
Inspection And Packing
Individual packaging with protective caps and documentation
Checks Before It Ships
- Dimensional check of diameter, module count, and inlet/outlet size
- Visual inspection of electropolished finish for scratches or imperfections
- O-ring compound and seating verification against the ordered code
- Pressure test at 10 bar for 10 minutes with no leakage
- Final inspection of closure mechanism for smooth operation and alignment
What We Can Change For You
- Choose module count from 1 to 4 to match flow and space needs
- Select O-ring compound based on fluid type and temperature
- Specify inlet/outlet size: 1 inch, 1.5 inch, 2 inch, or 3 inch Tri-clamp
- Order with SS316L wet parts for higher corrosion resistance
- Private label printing and carton marking available for distributors
How It Compares With The Alternatives
| Standard stainless steel housings with flanged connections | LRH uses tri-clamp and swing bolt for faster change-out, but requires compatible fittings |
|---|---|
| Housings with non-electropolished surfaces | Electropolished finish reduces residue and improves cleanability, but may require more careful handling |
| Single-module housings | LRH’s modular design allows incremental expansion or replacement, but adds complexity in assembly |
| OEM lenticular housings | Same dimensions and fit, but LRH offers lower lead time and cost without OEM branding or warranty documentation |
Installing And Running This Cartridge
- Confirm inlet/outlet size and module count before ordering to match your system
- Use the correct O-ring compound based on fluid type and operating temperature
- Inspect the O-ring and sealing surface before each installation to prevent leaks
- Clean and sanitize the housing after each change-out to maintain hygiene
- Do not exceed 150 psi or 150 ℃ to avoid damage to the O-ring or structure
- Lift the housing vertically during change-out to avoid dropping or misaligning the modules
SS 304 and 316L Lenticular Filter Housings FAQ
Will the LRH housing fit my existing lenticular system?
What O-ring should I use for my fluid?
Can I mix module counts in one housing?
Is the housing suitable for CIP/SIP?
How do I write the order code?
Can I get a sample before placing a production order?
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Read GuideSend Us Your Housing Model And Duty
Send the housing model and the code on the element you use today and we will confirm whether SS 304 and 316L Lenticular Filter Housings is the right match before you order.