Chat with us, powered by LiveChat

Secure Checkout
MCE Circle ME Range (ME 25), White/Black Grid 5 mm, 0.45um, 47mm, 100 /Pk

Thumbnail Filmstrip of MCE Circle ME Range (ME 25), White/Black Grid 5 mm, 0.45um, 47mm, 100 /Pk Images

    Purchase MCE Circle ME Range (ME 25), White/Black Grid 5 mm, 0.45um, 47mm, 100 /Pk

    MCE Circle ME Range (ME 25), White/Black Grid 5 mm, 0.45um, 47mm, 100 /Pk SKU: 10406512

    $162.95 $172.73
    Save $9.78
    Ships in 10 business days
     

    Mixed Cellulose Ester (MCE) Membrane Filters - 10406512

    Precision-manufactured Hydrophilic membrane with a verified 0.45 pore structure delivers consistent retention performance across demanding laboratory filtration workflows. Optimized for laboratory use, precision membrane geometry balances retention sharpness with sustainable flow rates, minimizing the pressure buildup that leads to premature filter replacement. By design, precision manufacturing ensures that each membrane disc delivers the rated retention, flow rate, and surface consistency that analytical and microbiological methods require.

    Material Specifications

    • Feature a uniform pore structure that provides consistent flow rates and high throughputs across the full range of standard pore size ratings.
    • Mixed Cellulose Ester membranes combine cellulose acetate and cellulose nitrate polymers to deliver a smoother, more flexible membrane surface than pure cellulose nitrate.
    • Validated Gamma sterilization process delivers documented SAL (Sterility Assurance Level) compliance for critical pharmaceutical and biological applications.
    • The biologically inert blend of cellulose acetate and cellulose nitrate provides a membrane surface optimized for organism capture and colony enumeration in microbiological assays.
    • Hydrophilic by nature, the MCE membrane structure supports high non-specific adsorption for effective organism capture.

    When your analytical method specifies membrane filtration as a sample preparation step, the retention characteristics and extractable profiles documented above allow you to meet method requirements without additional qualification work. MCE's well-documented retention characteristics at standard pore ratings make it straightforward to specify in your method documentation, supporting the reproducibility and traceability that regulated workflows demand. Secure your research outcomes by partnering with a filtration solution that understands your need for speed, accuracy, and reproducibility.

    For more information about chemical compatibility, please review our Chemical Compatibility Chart.

    Bubble Point (psi)
    40.6psi
    Color
    white
    Diameter
    47mm
    Extractables
    low
    Filtration Area
    17.35cm²
    Flow Rate
    60ml (Water)
    Grid (Yes/No)
    Yes
    Material
    Mixed Cellulose Esters (MCE)
    Maximum Operating Pressure
    Holder-dependent
    Maximum Operating Temperature (°C)
    130°C
    Membrane Thickness (µm)
    145um
    Pack Count
    100
    pH Range
    4-8
    Pore Size (µm)
    0.45
    Sterility
    Sterile
    Sterilization
    Supplied Sterile (Single Use)
    Support Material
    None
    Wettability
    Hydrophilic
    • Water Quality Testing - Features a gridded surface for easy colony counting, essential for regulatory compliance in municipal water quality labs.
    • Gravimetric Analysis - Maintains structural integrity during filtration and drying, providing precise weight measurements of retained particulates.
    • Yeast & Mold Monitoring - Optimized for the recovery of larger fungal organisms in beverage testing, providing a clear background for ID.
    • Chemotaxis Assays - Acts as a barrier in Boyden chambers, allowing cells to migrate through defined pores towards a chemoattractant source.
    • Aqueous Filtration - Biologically inert composition provides high flow rates and consistent reliability for routine laboratory fluid processing.
    • Aerosol Analysis - Dissolves completely in acid digestion, allowing for the total chemical analysis of captured airborne metal particulates.