Filters, Membrane, 47mm, 0.22um, Nylon. Round, AQ Brand. 100/PK.

Additional Info:

The 58522-N47 AQ Brand Membrane Filters are 47 mm nylon‑66 membrane discs designed for mobile phase filtration and laboratory applications requiring finer particulate retention.

These hydrophilic membranes provide absolute retention at 0.22 µm, making them ideal for removing very fine particles and supporting sterile filtration workflows. With minimal extractables and high purity construction, they help ensure low background noise and consistent analytical performance in HPLC and related techniques.

Key Features

0.22 µm Fine Filtration

  • Provides higher retention efficiency than 0.45 µm filters

  • Ideal for fine particulates and sterile filtration

Hydrophilic Nylon‑66 Membrane

  • Compatible with aqueous and mixed solvents

  • Minimizes air binding and ensures smooth flow

High Purity / Low Extractables

  • Reduces baseline interference and contamination

  • Meets USP limits for extractables and oxidizable substances

Reliable Flow Performance

  • Balanced for efficient filtration with fine pore size

  • Maintains consistent pressure and flow behavior

Sterilization Compatible

  • Can be autoclaved (121 °C for 30 minutes)

  • Compatible with EO sterilization

HPLC Certified Performance

  • Designed for reliability and analytical accuracy

  • Supports reproducible chromatographic results

Broad Compatibility

  • Suitable for:

    • Mobile phase filter/degasser assemblies

    • Standard membrane filtration devices

Specifications

  • Type: Membrane Filter Disc

  • Material: Nylon‑66 (hydrophilic)

  • Pore Size: 0.22 µm

  • Diameter: 47 mm

  • Flow Rate: ≥12 mL/min/cm² @ 10 psi, 27 °C

  • Bubble Point: >50 psi (3.52 kg/cm²)

  • Thickness: 150 µm ± 20 µm

  • Max Operating Temperature: 80 °C

  • Extractables: Within USP limits (WFI)

  • Oxidizable Substances: Passes USP test

  • Brand: AQ

Alternative Option

✅ Also available:

Typical Applications

HPLC mobile phase filtration, sterile filtration, sample preparation, pharmaceutical and environmental testing, and applications requiring fine particulate removal and high purity filtration

 

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