Description
Regenerated cellulose syringe filters are ideally suited for almost any laboratory procedure, from HPLC sample preparation to dissolution sample testing. Regenerated cellulose possesses superior chemical resistance in either aqueous or organic-based sample environments. Its extremely low biological-based binding coefficient is ideally suited for maximum sample recoveries of biological-based assays. Regenerated cellulose contains no binders, surfactants or wetting agents to assure minimal extractables in analytical procedures.
• Hydrophilic membrane provides excellent flow rates and extremely low binding coefficients
• Superior choice for biological assays, gel capsule dissolution testing, protein sample matrixes
• Compatible with a wide range of aqueous and organic-based sample environments
• Recommended for reverse phase and normal phase HPLC
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.
• Housings are manufactured from solvent-resistant, low-extractable polypropylene resins
• 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 regenerated cellulose
• Protein binding: <5 g/cm2
• Porosities: 0.20 m and 0.45 m
• Autoclave: Sterilize by dry heat at 121°C for 15 minutes
• Pre-filter (if fitted) GMF 1 m
Applications:
• HPLC and organic solvent sample preparation and clean up
• Dissolution sample analysis, especially high-binding tablets or capsules
• Protein-based samples with high non-specific binding
• Sample analysis which require maximum recoveries
• Analysis requiring low non-specific binding over a wide pH range
Chemical Incompatibilities:
• Sulfuric acid, hydrochloric acid, phosphoric acid or nitric acid >25%, DMF, phenol
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