FBG/FCG/FPG/FEG
Pharma&Biotech, Microelectronics, Food & Beverage, Fine Chemical
Membrane Filter Cartridges
Glass fiber (GF)
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High-Flow Glass Fiber Depth Filter Cartridge - Optimal Prefiltration for Oily & Gelly Solutions
The high-flow Glass Fiber Depth Filter Cartridge is constructed from borosilicate glass microfibers, delivering superior prefiltration for challenging fluids. Its inorganic composition ensures minimal media migration and excellent chemical resistance, particularly with organic solvents. Featuring high dirt-holding capacity and a gradient density structure, it effectively retains oils, gels, and fine particulates without compromising flow. An ideal cost-effective prefiltration solution for chemical, pharmaceutical, and industrial fluid processes.
FOOD & BEVERAGE
• Pre-filtration & Clarification of Wort and Final Beer
• Clarification & Pre-bottling Filtration of Wine
• Pre-filtration for Mineral Water RO Systems
• Syrup Clarification & Pre-filtration for Soft Drinks
• Pre-filtration of Cooking Oils & Salad Dressings
• Whey Clarification & Milk Pre-filtration in Dairy
• Pre-filtration & Turbidity Removal for Juices
• Clarification Filtration of Vinegar
• Pre-filtration & Clarification of Sugar Syrups
Compliance: FDA 21 CFR 177.2460, NSF/ANSI 61, EC 1935/2004
Pore Size (µm): 0.45 • 1.0 • 3.0 • 5.0
FINE CHEMICAL
• Oil & Gel Removal from Chemical Streams
• Clarification of Cosmetics & Personal Care Products
• Pre-filtration of Paints & Coatings
• Purification of Recycled Solvents
• Pre-filtration of Chemical Intermediates
• Filtration of Metalworking Coolants & Cutting Fluids
Recommend Series: FCG
PHARMA&BIOTECH
• Pre-filtration of Viscous Solutions for Suspended Gel Liquids
• Pre-filtration of Pharmaceutical & Biological Solutions for Sterile Filter Protection
• Pre-filtration of Cell Culture Buffers & Media
• Pre-filtration of API Intermediates for Production Processes
Compliance: USP Class VI, ISO 13485, GMP
MICROELECTRONICS
• Pre-filtration of Oily & Gel-Containing Process Chemicals
• Process Fluid Filtration for Chemical & Gel Removal
• Impurity & Dust Removal from Compressed Air & Gases
• Pre-filtration of CMP Slurries for Final Filter Protection
• Pre-filtration for Ultrapure Water (UPW) Systems
• Pre-filtration of Electronic-Grade Solvents
Compliance: SEMI Standard
High-Flow Glass Fiber Depth Filter Cartridge - Optimal Prefiltration for Oily & Gelly Solutions
The high-flow Glass Fiber Depth Filter Cartridge is constructed from borosilicate glass microfibers, delivering superior prefiltration for challenging fluids. Its inorganic composition ensures minimal media migration and excellent chemical resistance, particularly with organic solvents. Featuring high dirt-holding capacity and a gradient density structure, it effectively retains oils, gels, and fine particulates without compromising flow. An ideal cost-effective prefiltration solution for chemical, pharmaceutical, and industrial fluid processes.
FOOD & BEVERAGE
• Pre-filtration & Clarification of Wort and Final Beer
• Clarification & Pre-bottling Filtration of Wine
• Pre-filtration for Mineral Water RO Systems
• Syrup Clarification & Pre-filtration for Soft Drinks
• Pre-filtration of Cooking Oils & Salad Dressings
• Whey Clarification & Milk Pre-filtration in Dairy
• Pre-filtration & Turbidity Removal for Juices
• Clarification Filtration of Vinegar
• Pre-filtration & Clarification of Sugar Syrups
Compliance: FDA 21 CFR 177.2460, NSF/ANSI 61, EC 1935/2004
Pore Size (µm): 0.45 • 1.0 • 3.0 • 5.0
FINE CHEMICAL
• Oil & Gel Removal from Chemical Streams
• Clarification of Cosmetics & Personal Care Products
• Pre-filtration of Paints & Coatings
• Purification of Recycled Solvents
• Pre-filtration of Chemical Intermediates
• Filtration of Metalworking Coolants & Cutting Fluids
Recommend Series: FCG
PHARMA&BIOTECH
• Pre-filtration of Viscous Solutions for Suspended Gel Liquids
• Pre-filtration of Pharmaceutical & Biological Solutions for Sterile Filter Protection
• Pre-filtration of Cell Culture Buffers & Media
• Pre-filtration of API Intermediates for Production Processes
Compliance: USP Class VI, ISO 13485, GMP
MICROELECTRONICS
• Pre-filtration of Oily & Gel-Containing Process Chemicals
• Process Fluid Filtration for Chemical & Gel Removal
• Impurity & Dust Removal from Compressed Air & Gases
• Pre-filtration of CMP Slurries for Final Filter Protection
• Pre-filtration for Ultrapure Water (UPW) Systems
• Pre-filtration of Electronic-Grade Solvents
Compliance: SEMI Standard
BENEFITS OF GLASS FIBER FILTER CARTRIDGE
• Superior Oil/Gel Removal: Excellent adsorption and retention of oily substances and gels
• Organic Solvent Compatibility: Inorganic glass fibers resist chemical degradation
• High Throughput Design: Maintains flow rates while capturing contaminants
• Gradient Density Structure: Progressive filtration from outer surface to core
MATERIALS OF CONSTRUCTION
| Membrane | Glass fiber |
| Cage & Support & End Caps | PP |
| O-rings/Gasket | Silicone/Viton/EPDM/TEV |
PERFORMANCE CHARACTERISTICS
| 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 ℃) |
DIMENSIONS
| Outer Diameter | 68 mm |
| Length | 10", 20", 30", 40" |
BENEFITS OF GLASS FIBER FILTER CARTRIDGE
• Superior Oil/Gel Removal: Excellent adsorption and retention of oily substances and gels
• Organic Solvent Compatibility: Inorganic glass fibers resist chemical degradation
• High Throughput Design: Maintains flow rates while capturing contaminants
• Gradient Density Structure: Progressive filtration from outer surface to core
MATERIALS OF CONSTRUCTION
| Membrane | Glass fiber |
| Cage & Support & End Caps | PP |
| O-rings/Gasket | Silicone/Viton/EPDM/TEV |
PERFORMANCE CHARACTERISTICS
| 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 ℃) |
DIMENSIONS
| Outer Diameter | 68 mm |
| Length | 10", 20", 30", 40" |
| SERIES | MATERIAL | RATING(μm) | END CAP | LENGTH(in) | SUPPORT | PORT | SEAL |
| Electronics | Glass Fiber | 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 | |
| Beverage | 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 | Glass Fiber | 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 | |
| Beverage | 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 |
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 your filters handle high-temperature or corrosive environments?
Yes, we offer filter cartridges made from PTFE, PES, stainless steel, and other materials resistant to high temperatures, acids, alkalis, and aggressive chemicals.
What are the materials that are used in the construction of filter media or membrane?
Cotton, cellulose, glass fiber, polypropylene, nylon, polyphenylene sulfide (PSS) and a variety of polymeric materials are used in the construction of filter media or membrane.
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 your filters handle high-temperature or corrosive environments?
Yes, we offer filter cartridges made from PTFE, PES, stainless steel, and other materials resistant to high temperatures, acids, alkalis, and aggressive chemicals.
What are the materials that are used in the construction of filter media or membrane?
Cotton, cellulose, glass fiber, polypropylene, nylon, polyphenylene sulfide (PSS) and a variety of polymeric materials are used in the construction of filter media or membrane.