Customized Housings
In industrial filtration, generic solutions often fall short. we specialize in designing custom-engineered cartridge filter housing systems that meet your unique operational needs. From chemical processing and pharmaceuticals to food and beverage manufacturing, our expertise in bespoke filtration design ensures reliability, performance, and compliance.
Why Choose Custom Filter Housing?
Tailored Fit for System Efficiency
Say goodbye to inefficiencies caused by misaligned specs. Our housings match your flow rates, pressure conditions, and spatial constraints exactly.
Material Options Built for Demands
Choose from 316L stainless steel, Hastelloy®, or carbon steel, engineered to resist high heat, corrosive fluids, and mechanical stress.
Cost-Effective Integration
Avoid costly adapters and redesigns. Our swing-bolt and jacketed filter housings fit seamlessly into your current system, reducing downtime and long-term costs.
Our Custom Filter Housing Capabilities
Custom Cartridge Filter Housing
Flow Range: Up to 1,000+ GPM
Size Range: 5” to 40” diameters
Features Include
Multi-cartridge formats (1 to 144 elements)
ASME, PED, or FDA-compliant designs
Sanitary tri-clamp ports for clean applications
Custom Swing-Bolt Filter Housing
Ideal For: Rapid maintenance in biotech, oil refining, and power generation
Advantages
No-tool cartridge changes—cutting service time by up to 50%
Designed for 150 PSI @ 300°F operating conditions
Custom Jacketed Filter Housing
Thermal Stability from Cryogenic to 400°F
Applications: Viscous liquids like syrups and oils, or crystallizing solutions
Jacket Options
Steam, hot oil, or glycol loop compatibility
ASME-rated external jackets for regulated industries
Bespoke Design Innovations
Integrated instrumentation: temperature sensors, pressure gauges, auto-vent valves
Add-ons: sample ports, CIP-ready configurations, sloped drains
Industries We Serve
Chemical Processing: Acid-proof materials and lined internals
Water & Wastewater: NSF/ANSI-certified solutions for municipal systems
Food & Beverage: 3-A and FDA-grade finishes with hygienic design principles
Oil & Gas: Pressure-rated housings for upstream and downstream use
Our Customization Workflow
Engineering Discovery Call – We collect parameters: flow rate, media compatibility, pressures, and space.
CAD & CFD Simulation – Digital modeling and flow validation.
Material Optimization – Select alloys for performance and longevity.
Testing & Validation – Hydrostatic, burst, and integrity testing to ASTM/ASME standards.
Certifications & Trust
Certified Manufacturing: ISO 9001:2015, ASME Section VIII, PED 2014/68/EU
Traceability: Full MTRs and weld logs available upon request
Longevity by Design: Engineered for 10+ years of high-duty performance
Why Partner With Us?
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End-to-End Ownership: From concept through post-installation support
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Global Deployment: Over 500 custom filter housings in 30+ countries
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Sustainability First: Recyclable metals and thermal-efficiency designs
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Expertise You Can See: Designed by filtration engineers with 15+ years of field experience
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Frequently Asked Questions
1. What is a custom cartridge filter housing?
A custom cartridge filter housing is a pressure-rated vessel specifically engineered to hold filter cartridges tailored to your process requirements. Unlike off-the-shelf models, custom housings are designed around your flow rate, pressure range, operating temperature, and space constraints—ensuring optimal filtration performance and compatibility.
2. Why choose a custom filter housing over a standard one?
Standard housings often lead to inefficiencies like pressure drop, poor sealing, or retrofitting costs. A custom filter housing eliminates those issues by:
• Matching your system’s exact flow and pressure specs
• Integrating seamlessly into your piping layout
• Offering material choices that handle corrosive or abrasive media
This results in longer service life, lower maintenance, and better ROI.
3. What industries benefit most from custom cartridge filter housings?
Industries with specialized filtration requirements gain the most from customization, including:
• Pharmaceuticals: Sanitary housings with tri-clamp fittings and electropolished interiors
• Oil & Gas: High-pressure swing-bolt designs rated for extreme conditions
• Food & Beverage: 3-A compliant, easy-to-clean housings for viscous or sensitive products
• Chemical Processing: Corrosion-resistant designs using Hastelloy® or lined carbon steel
4. How do I know what filter housing size I need?
Housing size depends on your:
• Flow rate (GPM or LPM)
• Number of cartridges needed
• Process pressure and temperature
• Type of fluid and contaminants
We recommend starting with a filtration system assessment. You can also download our [Custom Filter Housing Sizing Guide].
5. Are your custom housings certified?
Yes, all custom housings can be manufactured in accordance with:
• ASME Section VIII for pressure vessels
• PED 2014/68/EU for European compliance
• FDA and 3-A standards for food and pharma applications
We also provide Material Test Reports (MTRs), weld logs, and hydrostatic test results upon request.
6. Can you provide thermal-jacketed filter housings?
Absolutely. We design custom jacketed filter housings for:
• Maintaining process fluid temperatures (from cryogenic to 400°F)
• Applications like syrup filtration, oil blending, or crystallization control
Options include steam, hot oil, or glycol jackets depending on your system setup.
7. How long does it take to manufacture a custom housing?
Lead times depend on complexity and certifications. On average:
• Standard custom housings: 4–6 weeks
• ASME/PED-certified builds: 6–10 weeks
• Urgent orders: Expedited services available upon request
We always provide a 3D model for review before fabrication begins.
8. What maintenance is required for custom filter housings?
Routine maintenance typically includes:
• Cartridge replacement based on differential pressure or service life
• Seal and gasket inspection
• Internal cleaning or CIP (Clean-In-Place) cycles for sanitary systems
Our swing-bolt and tri-clamp designs allow for tool-free, fast access, reducing downtime.