LabExact
MCE Syringe Filter, Sterile, 0.22µm, 25mm, Hydrophilic, Luer-Lok, 100/Pk SKU: LE-IWT-ES10107

Featuring hydrophilic mixed cellulose ester membrane technology delivering reliable sterile filtration for aqueous solutions, biological samples, and protein-containing applications. The 0.22µm absolute-rated pore structure provides sterilizing-grade particle retention while maintaining exceptional flow rates and minimal protein binding characteristics. Low protein binding properties and reliable general-purpose filtration capabilities optimize sample recovery in critical biological and pharmaceutical processing applications.

Key MCE Membrane Characteristics

Hydrophilic membrane construction ensures rapid wetting and consistent flow performance with aqueous and polar solvents
Uniform pore size distribution with high porosity delivers fast filtration rates with minimal resistance
Exceptional flow rates combined with low protein binding coefficients maximize sample throughput and recovery
0.22µm absolute pore rating provides sterilizing-grade filtration removing bacteria and particulate contamination
Surfactant treatment ensures optimal wettability and consistent performance across sample types

Key Construction Characteristics

Polypropylene housing with maximum pressure rating of 10.5 bar (150 psig) enables high-pressure applications
Female Luer-Lok inlet and male luer slip outlet provide secure, leak-proof connections during filtration
Individual blister packaging maintains sterility and enables convenient single-use applications
Gamma irradiation sterilization ensures validated sterility without chemical residues
25mm diameter optimizes filtration area while maintaining compact form factor for syringe compatibility

LE-IWT-ES10107 filters achieve outstanding performance in tissue culture media, buffer solutions, and pharmaceutical preparations requiring sterile filtration. Applications include clarification of water, buffers, aqueous solutions and sterilization of intravenous drug solutions. Individual packaging and ultrasonically bonded construction deliver the reliability and consistency demanded by analytical laboratories, biotechnology applications, and quality control protocols where sample integrity and sterile processing are essential.