Nylon Syringe Filters - SF14483
The SF14483 nylon syringe filters feature a 33mm diameter with 0.22µm pore size in a pre-sterilized configuration, providing high-capacity sterile filtration and sterilization for larger volume applications requiring certified bacterial removal. Tisch Scientific's sterile syringe filters excel at processing increased sample volumes up to 120ml while maintaining complete microbial retention for cell culture media, pharmaceutical preparations, and biological solutions. SF14483 filters deliver the enhanced throughput capacity laboratories need when sterilizing larger batches without compromising sterility assurance or filtration quality.
Key Nylon Membrane Characteristics
- 0.22µm absolute pore rating ensures complete bacterial removal and sterilization, providing validated sterile filtrate for high-volume critical applications
- Pre-sterilized and individually packaged eliminates preparation steps and maintains aseptic conditions throughout extended filtration procedures
- Naturally hydrophilic membrane enables immediate filtration of aqueous solutions without pre-wetting, maintaining steady 12ml/min flow rates at 10 psi
- Increased filtration capacity processes volumes up to 120ml while maintaining consistent bacterial retention and sterility assurance
- Low protein binding characteristics preserve valuable proteins and biomolecules during sterile filtration, critical for biological therapeutics and cell culture applications
Key Construction Characteristics
- Medical-grade polypropylene housing provides exceptional chemical resistance and maintains structural integrity at pressures up to 87 psi burst pressure
- 33mm diameter format delivers maximum filtration area for higher volume sterile applications, optimizing throughput while maintaining sterility
- Universal Luer-Lok/Luer Slip compatibility ensures aseptic connections with larger syringes and prevents contamination during extended filtration procedures
- Validated sterility assurance meets industry standards with bubble point specification of 0.28 psi, confirming membrane integrity for critical applications
SF14483 syringe filters provide the high-capacity sterile filtration performance your larger volume applications demand without sacrificing sterility assurance. Tisch Scientific's combination of certified 0.22µm sterilizing membrane technology and expanded 33mm diameter design ensures you'll achieve reliable bacterial removal across increased sample volumes. Your scale-up processes and production applications benefit from the enhanced 120ml throughput capacity and pre-sterilized packaging that make the SF14483 essential when your sterilization needs exceed standard filter capacities.
For more information about chemical and material compatibility, please review our Chemical Compatibility Chart.
- Bubble Point
- 0.28psi.
- Burst Pressure
- 87psi.
- Connection Type
- Luer-Lok/ Luer Slip
- Construction
- Polypropylene (PP)
- Diameter
- 33mm
- Flow Rate
- 12ml/ min @ 10psi
- Holdup Volume
- 100ml
- Incompatibility
- Acids, agressive organics, protein
- Material
- Nylon
- Maximum Operating Temperature
- 100°C
- Pack Count
- 100
- Pore Size (µm)
- 0.22
- Sterility
- Sterile
- Sterilization
- Autoclave: 121°C for 30 minutes/ Gamma: 5kg, for 8 hours
- Volume Throughput
- 120ml
- Wetability
- Hydrophilic
- Large-Volume Media Sterilization - Terminal sterilization of cell culture media, growth supplements, and buffers for production-scale cell culture operations
- Pharmaceutical Batch Processing - Sterile filtration of larger batches of heat-labile pharmaceutical preparations and parenteral solutions
- Bioprocess Applications - Sterilization of process intermediates, harvest clarification, and downstream processing in biopharmaceutical production
- Protein Solution Sterilization - Large-scale bacterial removal from protein preparations, antibody solutions, and recombinant therapeutics
- Quality Control Testing - Sterile filtration of bulk samples for microbial testing, endotoxin analysis, and batch release protocols
- Research Scale-Up - Sterilization of increased volumes when transitioning from development to pilot-scale production