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Whatman™ ME Membrane Filters

Manufactured from cellulose nitrate developed specifically for microbiological quality control. Whatman™ MicroPlus and ME Membrane Filters provide the optimal analytical method for monitoring production processes.

$91.78 - $1,523.16

Specifications

Product Type Membrane Filter
Grid Color Black
Size (Metric) Grid 0.31cm
Surface Type Grid
Autoclavable Yes
View More Specs
Products
Catalog Number Mfr. No. Color Membrane Type Pore Size Diameter (Metric) Outside Price Quantity    

09-806-214

 
whatman™
10408712
White ME24 0.2μm 4.7cm Pack of 400 Each for $913.53

09-806-215

 
whatman™
10408714
White ME24 0.2μm 5cm Pack of 400 Each for $922.07

09-806-216

 
whatman™
10406870
White ME25 0.45μm 5cm Pack of 100 Each for $91.78

09-806-219

 
whatman™
10409472
Green ME25 0.45μm 5cm Pack of 100 Each for $282.82

09-806-218

 
whatman™
10409470
Green ME25 0.45μm 4.7cm Pack of 100 Each for $278.02

09927366

 
whatman™
10407314
White ME25 0.45μm 5cm Pack of 400 Each for $851.09

09927778

 
whatman™
10407370
Green ME25 0.45μm 4.7cm Pack of 400 Each for $822.09

09927795

 
whatman™
10407324
White ME25 0.45μm 5cm Pack of 400 Each for $868.52

35-1101

 
whatman™
10406871
White ME25 0.45μm 4.7cm Pack of 1000 Each for $1,523.16
Description & Specifications

Specifications

Product Type Membrane Filter
Grid Color Black
Size (Metric) Grid 0.31cm
Surface Type Grid
Autoclavable Yes
Temperature (Metric) Operating 130°C
Hydrophobicity Hydrophilic

 

  • Made from mixed cellulose esters
  • Economical
  • Specifically for aqueous solutions
  • Hydrophilic
  • For use up to 125°C
  • Sterile, individually packed
  • All membrane filters have a high-contrast grid (3.1mm)
  • Excellent contrast for easier particle detection
  • Grids are nontoxic and do not inhibit bacterial growth, ensuring sample integrity
  • High degree of internal surface area for greater adsorption of product, high dirt loading capacity
  • Biologically inert with good thermal stability
  • No surfactants to contaminate samples
  • Uniform microporous structure of membrane gives high flow rates