Hydrophillic nylon is extremely well suited for aqueous or organic sample preparation and HPLC, GC or dissolution sample analysis. Due to its excellent flow characteristics and mechanical stability, nylon offers the best combination of physical parameters to meet the most stringent analytical needs.

• Membrane of choice for analytical applications
• Naturally hydrophilic with broad chemical resistance
• Excellent flow rates and high-throughput loading
• HPLC recommended

Titan3™ Syringe Filters provide cleaner sample extracts by removing interfering materials and fine particles. With a robust design that includes a reinforcing outer ring configuration and integral pre-filter, Titan3™ Syringe Filters are an ideal choice for high solids applications or where maximum confidence is required.

• Performance-tested under actual HPLC conditions
• Housings are manufactured from solvent-resistant, low-extractable polypropylene resins specifically selected for wide compatibility with common HPLC sample matrices
• Color coding makes it easy to select the correct membrane and pore size
• Packed in reusable rigid transparent color-coded containers
• Enhanced luer lock inlet prevents leakage; outlet fitting is a standard size male luer-slip fitting for ease of filtrate collection

Specifications
• Membrane: HPLC certified nylon
• Max. operating temperature: 100°C
• Housing: medical grade, virgin polypropylene
• Pre-filter: binder-free glass microfiber pre-filter (0.20 m only)
• Porosities: 0.20 m, 0.45 m, 1.5 m, and 5 m
• Autoclave: Sterilize by dry heat at 121°C for 15 minutes

Applications:
• HPLC and organic solvent sample preparation and clean up
• Dissolution sample analysis
• General sample preparation prior to analytical analysis
• Mixed sample matrix of aqueous or organic dissolved analytes

Chemical Incompatibilities:
• Acids >1N
• Halogenated solvents
• Proteineous samples with high non-specific binding affinities17 mm Titan3 0.45 um Nylon Syringe Filters, Transparent Green
Image(s) are representative of the product group and not necessarily the individual product.