LabExact
Sterile Nylon Syringe Filter, 0.45µm, 25mm, Hydrophilic, Luer-Lok, 100/Pk SKU: LE-IWT-ES10010

Featuring hydrophilic nylon polyamide membrane technology delivering sterile filtration for aqueous solutions and polar organic solvents. The 0.45µm pore configuration provides reliable bacterial retention while maintaining optimal flow characteristics for HPLC, GC, and dissolution sample preparation. Individual blister packaging ensures sterility integrity while ultrasonically bonded construction delivers consistent performance across laboratory and analytical applications.

Key Nylon Membrane Characteristics

Hydrophilic polyamide construction optimized for aqueous and organic-aqueous polar medium filtration
Maximum operating temperature of 60°C maintains membrane integrity during heated sample processing
Low extractable levels make these filters ideal for HPLC analysis applications
High flow rate characteristics accelerate sample preparation while maintaining particle retention
pH compatibility range of 3-14 accommodates acidic and basic sample matrices

Key Construction Characteristics

25mm diameter with 0.45µm pore size captures bacteria and fine particulates in analytical protocols
Female Luer-Lok inlet and male Luer slip outlet connections ensure secure syringe attachment
Ultrasonically bonded polypropylene housing eliminates adhesive contamination risks
Individual blister packaging maintains sterility until point of use in critical applications
Maximum pressure rating of 5.2 bar withstands high-pressure syringe applications

LE-IWT-ES10010 filters deliver exceptional chemical compatibility with aqueous solutions, alcohols, and compatible organic solvents while providing reliable protein binding characteristics for selective sample preparation. Optimized performance with near-neutral pH solutions maximizes your analytical accuracy in chromatography and dissolution testing applications. Sterile construction eliminates pre-filtration preparation steps, accelerating your sample processing workflows while maintaining the validated performance required for pharmaceutical, environmental, and research laboratory applications demanding both chemical compatibility and microbial retention.