Filters, Membrane, 47mm, 0.45um, PVDF. Round, AQ Brand. 100/PK.

Additional Info:

The 58445-VD47 AQ Brand Membrane Filters are 47 mm polyvinylidene fluoride (PVDF) membrane discs engineered for aqueous mobile phase filtration and biological sample preparation, providing high flow rates, low extractables, and consistent retention performance.

These hydrophilic membranes are optimized for low protein binding, making them ideal for biological samples and sensitive analytical workflows. With absolute retention at 0.45 µm, they help ensure clean filtration and reproducible chromatographic results.

Key Features

0.45 µm Filtration

  • Effective for particulate removal in aqueous solutions

  • Protects columns and analytical systems

Hydrophilic PVDF Membrane

  • Compatible with aqueous and polar solvents

  • Enables consistent wetting and smooth filtration

Low Protein Binding

  • Minimizes analyte loss in biological and protein samples

  • Ideal for life science and bioanalytical applications

High Flow Performance

  • Designed for fast filtration rates

  • Supports efficient laboratory workflows

Low Extractables / High Purity

  • Reduces baseline interference and contamination

  • Meets USP limits for extractables and oxidizable substances

Sterilization Compatible

  • Autoclavable at 121 °C for 30 minutes

  • Compatible with EO sterilization

Broad Compatibility

  • Suitable for:

    • Mobile phase filter/degasser assemblies

    • Standard membrane filtration holders

Specifications

  • Type: Membrane Filter Disc

  • Material: PVDF (hydrophilic)

  • Pore Size: 0.45 µm

  • Diameter: 47 mm

  • Flow Rate: ≥30 mL/min/cm² @ 10 psi, 27 °C

  • Bubble Point: >30 psi (2.10 kg/cm²)

  • Thickness: 135 µm ± 15 µm

  • Max Operating Temperature: 80 °C

  • Extractables: Within USP limits (WFI)

  • Oxidizable Substances: Passes USP test

  • Brand: AQ

Typical Applications

HPLC mobile phase filtration, biological sample preparation, protein analysis, pharmaceutical and environmental testing, and applications requiring low protein binding and high‑purity aqueous filtration

 

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