Cellulose Nitrate (Mixed Cellulose Ester) Membrane Filter Discs / Type 11305, 0.65 µm pore size, 100 pieces per pack

Top Features of Cellulose Nitrate (Mixed Cellulose Ester) Membrane Filter Discs

  • Ideal for several general laboratory applications
  • High, non-specific absorption
  • Hydrophilic, with high flow rates
  • Available in a range of pore sizes and diameters up to 293 mm

Popular Applications for Cellulose Nitrate (Mixed Cellulose Ester) Membrane Filter Discs

  • Particle retention
  • Cell capture
  • Cell retention
  • Clear filtration

Filter Diameter
Price (USD):
$137.00
Item No.: 
11305--25------N
Availability: 

Cellulose nitrate (CN) - or mixed cellulose ester (MCE) - membrane filters are composed of cellulose nitrate and a small content of cellulose acetate. Cellulose nitrate membrane filters are hydrophilic, have high flow rates thanks to their symmetrical structure and are compatible with aqueous solutions (pH 4 – 8), hydrocarbons and several other organic solvents.

Applications

  • Application
    • Air/Gas Filtration
    • Filtration of Aqueous Solutions
    • Clarification
  • Application Area
    • Analytical sample preparation
    • Sterile filtration

Dimensions

  • Filter Diameter
    ⌀ 25 mm
  • Membrane Thickness
    120 µm

General Specifications

  • Filter Format
    Discs
  • Filter Paper/Membrane Color
    White
  • Flow Rate
    102 mL/min/cm²/bar (Water)
  • Grade
    11305
  • Membrane Color | Grid Color
    white (w/o grid)

Materials of Construction

  • Filter Material
    Cellulose Nitrate (CN) / Mixed Cellulose Ester (MCE)
  • Membrane Material
    Cellulose Nitrate (CN)

Physicochemical Information

  • Bubble Point
    ≥ 2 bar
  • Burst Pressure
    ≥ 0.25 bar
  • Pore Size
    0.65 µm
  • Wettability
    Hydrophilic

Product Information

  • Filter Type
    Membrane Filters
  • Pack Size
    100
  • Packaging
    Non-sterile, bulk packed

Sterility/Purity

  • Delivery Condition
    Non-Sterile

Usage Protocols

  • Sterilization Procedures
    • By autoclaving at 121 °C
    • Gamma radiation 25 kGy
    • Ethylene oxide

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