LabExact
Cellulose Acetate Syringe Filter, Sterile, 0.22µm, 25mm, Hydrophilic, 100/Pk SKU: LE-IWT-ES10090

Featuring hydrophilic cellulose acetate membrane technology providing low protein binding characteristics for maximum sample recovery in sterile filtration applications. Gamma irradiation sterilization ensures immediate readiness for critical biological fluid processing, while the 0.22µm pore size delivers reliable particulate removal and sterilization of aqueous solutions. Individual blister packaging with Luer-Lok® connections maintains sterility integrity until point of use, optimizing your laboratory workflow efficiency.

Key Cellulose Acetate Membrane Characteristics

Hydrophilic membrane surface promotes efficient wetting and flow of aqueous samples
Intrinsically low protein binding maximizes recovery of proteins and large organic molecules
Nitrate-free construction suitable for groundwater and environmental analysis applications
0.22µm absolute pore rating provides consistent bacterial retention and clarification
Surfactant treatment ensures optimal wettability for immediate sample processing

Key Construction Characteristics

Gamma irradiation sterilization delivers validated sterility assurance for immediate use
Individual blister packaging prevents contamination and maintains sterile integrity
Female Luer-Lok® inlet and male luer slip outlet connections ensure secure syringe attachment
Ultrasonically bonded housing construction provides leak-proof performance under pressure
25mm diameter delivers optimal filtration area for efficient processing of viscous samples

LE-IWT-ES10090 filters achieve exceptional sample throughput while maintaining sterile conditions essential for tissue culture media preparation, biological fluid clarification, and HPLC sample preparation. Nitrate-free and noncytotoxic properties maximize compatibility with cell culture applications, while outstanding unit-to-unit reproducibility ensures consistent results across your analytical protocols. The concentric funnel-shaped barrel design reduces back pressure and increases filterable volume, accelerating your sample preparation workflows for protein-based solutions requiring maximum recovery and sterile processing conditions.