Order JFP High Flow Cartridge Filters from MS factory when your pretreatment system needs a dependable high flow cartridge that balances filtration performance with operational economy. The JFP series uses pleated polypropylene media in an all polypropylene hardware design with thermal bonding sealing without adhesives, binders, or surfactants. This construction supports low extractables performance and broad chemical compatibility across process water, mild acids and bases, and many aqueous industrial streams.
The expanded diameter pleated design provides significantly more effective filtration area than conventional 2.5 inch cartridges, allowing a single JFP element to replace multiple standard cartridges in the same housing footprint. This reduces changeout frequency, lowers labor costs, and simplifies spare parts management. With a maximum forward differential pressure of 3.5 barg and a maximum operating temperature of 65 degree C, the JFP series is engineered for continuous duty in water treatment and industrial process filtration.
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Parameter |
Value |
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Filtration Area |
3.5 to 11 m² depending on length |
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Length Nominal |
20 inch, 40 inch, 60 inch |
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Maximum Forward Differential Pressure |
3.5 barg |
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Maximum Operating Temperature |
65 degree C |
• Media: Polypropylene, Glass fiber
• Support: Polypropylene
• Hardware: Polypropylene
• O ring: EPDM, Viton, Silicon, NBR, TEV
• High dirt holding capacity. Pleated media structure and large effective area provide extended service life in high solids loading applications.
• Thermal bonding, no adhesives. Media pack sealed without adhesives, binders, or surfactants, minimizing extractables into the process stream.
• Wide chemical compatibility. All polypropylene construction with optional glass fiber media supports compatibility across aqueous process chemicals, mild acids and bases.
• Absolute removal rating. Available in absolute removal ratings for applications where defined particle retention is required.
• Prefiltration of reverse osmosis. Protects expensive membrane elements from particulate fouling, extending membrane service life and reducing chemical cleaning frequency. High flow design allows fewer cartridges per RO train.
• Prefiltration of seawater desalination. Provides throughput capacity needed for desalination pretreatment while maintaining stable differential pressure across service cycles.
• Water filtration in food and beverage. Reliable particulate removal with food contact compliant materials for ingredient water, bottle washing, and process water.
• Oilwell production. Handles produced water and injection water filtration with broad chemical compatibility and robust construction for remote field locations.
• Power generation filtration. Dependable high volume filtration for makeup water treatment, condensate polishing prefiltration, and cooling water side stream filtration, making JFP High Flow Cartridge Filters suitable for power plant water treatment applications.
All materials of construction in the JFP series meet FDA 21 CFR food contact requirements and EU Directive 10/2011 standards, making them suitable for food and beverage water treatment applications where material compliance documentation is required for customer qualification.
• Quality records. Dimensional inspection reports, batch traceability, and material compliance statements available on request for customer qualification files.
• Technical support. Cartridge selection guidance based on source water quality, target flow rate, and existing housing configuration.
• Supply and customization. Stable batch supply, O ring material options, OEM private label programs, and pre order selection guidance on removal rating, length, and connection style. JFP High Flow Cartridge Filters deliver dependable performance and cost efficiency for high volume pretreatment operations, from small RO skids to municipal desalination plants.
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JFP |
Media |
Pore size |
Length |
Seal |
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P=PP G=GF
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006=0.6µm 010=1.0µm 030=3.0µm 050=5.0µm 100=10µm 200=20µm 300=30µm 500=50µm 700=70µm
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20=20" 40=40" 60=60"
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E=EPDM S=Silicone N=NBR V=Viton T=Teflon encapsulated vition
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