FCN/FPN/FEN
Pharma&Biotech, Microelectronics, Fine Chemical
Membrane Filter Cartridges
Nylon
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Sterilizing Grade Nylon Membrane Filter Cartridge - High Flow, Low Binding, Cost-Effective
The sterilizing-grade Nylon Membrane Filter Cartridge offers an economical, high-performance solution for critical filtration. Its naturally hydrophilic membrane requires no pre-wetting, enabling immediate high flow rates and throughput with low protein binding for maximum product recovery. With broad chemical compatibility—especially with alcohols and solvents—and reliable bacterial retention, it is widely used in pharmaceutical, biotech, microelectronics, and food and beverage applications.
FINE CHEMICAL
• Organic Solvent Filtration with Broad Compatibility
• Final Filtration for High-Purity Water Systems
• Photoresist & Developer Filtration
• Pre-filtration of Chemical Intermediates
• Purification for Solvent Recovery Systems
Recommend Series: FCN
Pore Size (µm): 0.1 • 0.22 • 0.45 • 1.0 • 3.0 • 5.0
PHARMA&BIOTECH
• Sterile Filtration for LVPs & SVPs
• Precision Filtration for Purified Water & WFI
• Filtration of Veterinary Drug Products
• Clarification & Sterilization of Biologicals & Vaccines
• Sterile Filtration of Cell Culture Media & Buffers
• Filtration of API Solutions
• Pharmaceutical Process Solvent Filtration
Compliance: USP Class VI, ISO 13485, cGMP
Pore Size (µm): 0.1 • 0.22 • 0.45 • 0.8 • 1.0 • 3.0 • 5.0 • 0.1+0.22 • 0.22+0.22 • 0.22+0.45
MICROELECTRONICS
• Final Filtration for DI Water Systems
• Positive Photoresist Filtration
• Polar Solvent Filtration for IPA and Acetone
• Final Filtration for UPW Rinse Water
• Pre-filtration for CMP Slurries
Compliance: SEMI Standard
Sterilizing Grade Nylon Membrane Filter Cartridge - High Flow, Low Binding, Cost-Effective
The sterilizing-grade Nylon Membrane Filter Cartridge offers an economical, high-performance solution for critical filtration. Its naturally hydrophilic membrane requires no pre-wetting, enabling immediate high flow rates and throughput with low protein binding for maximum product recovery. With broad chemical compatibility—especially with alcohols and solvents—and reliable bacterial retention, it is widely used in pharmaceutical, biotech, microelectronics, and food and beverage applications.
FINE CHEMICAL
• Organic Solvent Filtration with Broad Compatibility
• Final Filtration for High-Purity Water Systems
• Photoresist & Developer Filtration
• Pre-filtration of Chemical Intermediates
• Purification for Solvent Recovery Systems
Recommend Series: FCN
Pore Size (µm): 0.1 • 0.22 • 0.45 • 1.0 • 3.0 • 5.0
PHARMA&BIOTECH
• Sterile Filtration for LVPs & SVPs
• Precision Filtration for Purified Water & WFI
• Filtration of Veterinary Drug Products
• Clarification & Sterilization of Biologicals & Vaccines
• Sterile Filtration of Cell Culture Media & Buffers
• Filtration of API Solutions
• Pharmaceutical Process Solvent Filtration
Compliance: USP Class VI, ISO 13485, cGMP
Pore Size (µm): 0.1 • 0.22 • 0.45 • 0.8 • 1.0 • 3.0 • 5.0 • 0.1+0.22 • 0.22+0.22 • 0.22+0.45
MICROELECTRONICS
• Final Filtration for DI Water Systems
• Positive Photoresist Filtration
• Polar Solvent Filtration for IPA and Acetone
• Final Filtration for UPW Rinse Water
• Pre-filtration for CMP Slurries
Compliance: SEMI Standard
BENEFITS OF STERILIZING GRADE NYLON MEMBRANE FILTER CARTRIDGE
• Ready-to-Use Hydrophilicity: No alcohol pre-wetting required
• Broad Chemical Compatibility: Excellent resistance to alcohols and most solvents
• Low Extractables & Protein Binding: Ideal for sensitive biological applications
• High Flow Rates: Optimized membrane structure for efficient processing
• Cost-Effective Performance: Superior value compared to other membrane materials
MATERIALS OF CONSTRUCTION
| Membrane | Nylon Nylon66(For FPN Series) |
| Cage & Support & End Caps | PP |
| O-rings/Gasket | Silicone/Viton/EPDM/TEV |
| PP | <60 ℃ |
| PP with Stainless Steel Lined End Cap | <85 ℃ |
| PP with Stainless Steel Lining | <95 ℃ |
| Positive/Reverse Pressure Resistance | 4 bar/2 bar (23 ℃) |
| pH Range | 6-12(for FPN Series) |
| Outer Diameter | 68 mm |
| Length | 10", 20", 30", 40" |
| Endotoxin | <0.25 EU/ml |
| Extractable | ≤50 mg/10" |
| 0.22 μm | ≥2.8 bar |
BENEFITS OF STERILIZING GRADE NYLON MEMBRANE FILTER CARTRIDGE
• Ready-to-Use Hydrophilicity: No alcohol pre-wetting required
• Broad Chemical Compatibility: Excellent resistance to alcohols and most solvents
• Low Extractables & Protein Binding: Ideal for sensitive biological applications
• High Flow Rates: Optimized membrane structure for efficient processing
• Cost-Effective Performance: Superior value compared to other membrane materials
MATERIALS OF CONSTRUCTION
| Membrane | Nylon Nylon66(For FPN Series) |
| Cage & Support & End Caps | PP |
| O-rings/Gasket | Silicone/Viton/EPDM/TEV |
| PP | <60 ℃ |
| PP with Stainless Steel Lined End Cap | <85 ℃ |
| PP with Stainless Steel Lining | <95 ℃ |
| Positive/Reverse Pressure Resistance | 4 bar/2 bar (23 ℃) |
| pH Range | 6-12(for FPN Series) |
| Outer Diameter | 68 mm |
| Length | 10", 20", 30", 40" |
| Endotoxin | <0.25 EU/ml |
| Extractable | ≤50 mg/10" |
| 0.22 μm | ≥2.8 bar |
| SERIES | MATERIAL | RATING(μm) | END CAP | LENGTH(in) | SUPPORT | PORT | SEAL |
| Electronics | Nylon | 0.1μm | 222/Fin | 2.5'' | PP | Silicone | |
| Phamarmical | 0.22μm | 222/Flat | 5'' | PBT | Interface lining steel | EPDM | |
| Chemical | 0.01μm | 226/Fin | 10'' | PVDF | Fully lining | Viton | |
| 1.0μm | 226/Flat | 20'' | PFA | Skeleton lining | TEV | ||
| 3.0μm | DOE/Flat | 30'' | PE | Butyronitrile | |||
| 10μm | 215/Fin | 40'' | GF | PTFE | |||
| 0.22+0.22μm | 215/Flat | PTFE gasket (soft) | |||||
| M20 | Metal-graphite Wound | ||||||
| M30 | |||||||
| 216/Fin | |||||||
| 216/Flat | |||||||
| M15 | |||||||
| Insertion Type | |||||||
| Barbed Type |
| SERIES | MATERIAL | RATING(μm) | END CAP | LENGTH(in) | SUPPORT | PORT | SEAL |
| Electronics | Nylon | 0.1μm | 222/Fin | 2.5'' | PP | Silicone | |
| Phamarmical | 0.22μm | 222/Flat | 5'' | PBT | Interface lining steel | EPDM | |
| Chemical | 0.01μm | 226/Fin | 10'' | PVDF | Fully lining | Viton | |
| 1.0μm | 226/Flat | 20'' | PFA | Skeleton lining | TEV | ||
| 3.0μm | DOE/Flat | 30'' | PE | Butyronitrile | |||
| 10μm | 215/Fin | 40'' | GF | PTFE | |||
| 0.22+0.22μm | 215/Flat | PTFE gasket (soft) | |||||
| M20 | Metal-graphite Wound | ||||||
| M30 | |||||||
| 216/Fin | |||||||
| 216/Flat | |||||||
| M15 | |||||||
| Insertion Type | |||||||
| Barbed Type |
What is the benefit if you use LOONG filtration membrane filter in Microelectronics industry?
As semiconductor process nodes shrink to 3nm, 2nm, and beyond, feature sizes and 3D architectures grow exponentially complex—turning even sub-10nm particles into yield-killers. LOONG’s filtration technologies are engineered to meet these microscopic battles head-on. Across key processes—from CMP slurry circulation to photoresist filtration, and acid/base etchant purification—our solutions target and remove particles, colloids, and chemical impurities at the nanoscale. Leveraging next-gen membrane materials (PTFE, PES) and ultra-high-purity manufacturing, we thrive in the harshest environments.
How often should filter cartridges be replaced?
Replacement intervals depend on operating conditions, contaminant load, and pressure drop. Regular monitoring and our technical support can help optimize maintenance schedules and reduce downtime.
How do you ensure consistency in filter cartridge performance?
We use automated production, strict quality control, and batch testing to ensure every cartridge meets precise performance and durability standards.
What are the advantages of pleated filter cartridges?
Pleated designs offer larger surface area, longer service life, higher flow rates, and reduced pressure drop compared to standard wound cartridges.
Can LOONG’s filter cartridges fit in standard filter housings?
Yes, LOONG’s filter cartridges can fit in most standard filter housings and systems. They are typically placed inside a housing, capsule, or casing.
What is the benefit if you use LOONG filtration membrane filter in Microelectronics industry?
As semiconductor process nodes shrink to 3nm, 2nm, and beyond, feature sizes and 3D architectures grow exponentially complex—turning even sub-10nm particles into yield-killers. LOONG’s filtration technologies are engineered to meet these microscopic battles head-on. Across key processes—from CMP slurry circulation to photoresist filtration, and acid/base etchant purification—our solutions target and remove particles, colloids, and chemical impurities at the nanoscale. Leveraging next-gen membrane materials (PTFE, PES) and ultra-high-purity manufacturing, we thrive in the harshest environments.
How often should filter cartridges be replaced?
Replacement intervals depend on operating conditions, contaminant load, and pressure drop. Regular monitoring and our technical support can help optimize maintenance schedules and reduce downtime.
How do you ensure consistency in filter cartridge performance?
We use automated production, strict quality control, and batch testing to ensure every cartridge meets precise performance and durability standards.
What are the advantages of pleated filter cartridges?
Pleated designs offer larger surface area, longer service life, higher flow rates, and reduced pressure drop compared to standard wound cartridges.
Can LOONG’s filter cartridges fit in standard filter housings?
Yes, LOONG’s filter cartridges can fit in most standard filter housings and systems. They are typically placed inside a housing, capsule, or casing.