Expired Nitrocellulose Mixed Ester (MCE) Membrane Filters, Black, Sterile, gridded, no-pad, 0.8 Micron, 47mm, 100/Pk

Our sterile, black, gridded, Mixed Cellulose Esters (MCE) membranes are general purpose filters with high recovery rates, porosity, and superior flow rates. These pre-sterilized filters are suited for single use in many microbiological applications, including the examination of water, wastewater, pharmaceuticals, food, and beverages. The coloring and grid-lines on the membrane's surface eliminate eye-fatigue and the need for a counter-stain to assist with the counting of retained colonies. Yeast, mold, and microorganisms are visible and easy to quantify due to the color contrast inherently provided by the filter. The MCE black, gridded, sterile membrane filter is an ideal choice for the examination of bottled water, carbonated beverages, beer, and wine.
  • SKU
    MCEB0847100SG-D
  • Pore Size (µm)
    0.8µm
  • Diameter
    47
  • Pack Size
    100
Special Price$37.31was$68.66
+ -
only 5 left in stock

Our sterile, black, gridded, Mixed Cellulose Esters (MCE) membranes are general purpose filters with high recovery rates, porosity, and superior flow rates. These pre-sterilized filters are suited for single use in many microbiological applications, including the examination of water, wastewater, pharmaceuticals, food, and beverages. The coloring and grid-lines on the membrane's surface eliminate eye-fatigue and the need for a counter-stain to assist with the counting of retained colonies. Yeast, mold, and microorganisms are visible and easy to quantify due to the color contrast inherently provided by the filter. The MCE black, gridded, sterile membrane filter is an ideal choice for the examination of bottled water, carbonated beverages, beer, and wine.

The filter of choice for water, wastewater, pharmaceutical, liquid food, and beverage single-use-applications.


  • Pre-Sterilized: For single-use applications
  • Hydrophilic water compatibility: For aqueous clarification and particulate capture
  • Consistent, high flow rates: Reduces process times with faster, more efficient filtration
  • Uniform pore structure and controlled thickness: Provides selectivity and consistency
  • Mixed, inert cellulose nitrate: For wide biological and chemical compatibility
  • Mixed cellulose acetate: Provides a smoother, more optically compatible surface than pure nitrocellulose
  • High protein binding capacity: Excellent retention of proteinaceous samples
  • High degree of internal surface area: Optimizes product adsorption

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