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Whatman™ 13mm Nuclepore™ Polycarbonate Track-Etched Membranes

Manufactured from high-quality polycarbonate film and track-etched for high pore size precision. Whatman™ 13mm Nuclepore™ Polycarbonate Hydrophilic Membranes combine high flow rates and chemical and thermal resistance with sharply defined pores, making them suitable for microscopy, cytology, parasitology, and certain air and oceanography analyses.

$131.67 - $371.80

Specifications

Diameter (Metric) Outer 13mm
Material Nuclepore Polycarbonate
Wettability Hydrophilic
Membrane Type Track-etched
View More Specs
Products
Catalog Number Mfr. No. Pore Size Price Quantity    

09-800-899

 
whatman™
110401
0.015μm Pack for $371.80

CS110415

 
whatman™
110415
10μm Case of 100 Each for $206.84

09-300-53

  Accessories
whatman™
WHT110407
0.4μm Pack of 100 Each for $140.78

09-300-51

  Accessories
whatman™
WHT110405
0.1μm Pack of 100 Each for $234.43

09-300-52

  Accessories
whatman™
WHT110406
0.2μm Pack of 100 Each for $140.78

09-300-54

  Accessories
whatman™
WHT110409
0.8μm Pack of 100 Each for $158.76

09-300-55

  Accessories
whatman™
WHT110410
1.0μm Pack of 100 Each for $140.78

09-300-56

  Accessories
whatman™
WHT110413
5μm Pack of 100 Each for $140.78

09-300-57

  Accessories
whatman™
WHT110414
8μm Pack of 100 Each for $140.78

09-800-900

 
whatman™
WHT110412*
3μm Pack for $131.67
Description & Specifications

Specifications

Diameter (Metric) Outer 13mm
Material Nuclepore Polycarbonate
Wettability Hydrophilic
Membrane Type Track-etched

Effective chemotaxis requires a delicate balance between cell adhesion and migration. Nucleopore Membranes combine PVP-free polypropylene with sharp, uniform cylindrical pores to achieve both.

  • Offers a highly defined pore size cutoff in the sub-micron range, enabling particle deformity measurement and capture of extremely small particles
  • Track-etched for highly defined pore size and high pore density
  • Treated with PVP to render it hydrophilic
  • Low extractables, minimizing sample contamination risk
  • High chemical resistance and good thermal stability for a wide range of sample types
  • Low, consistent ash and low tare weights
  • Smooth flat surface for high particle visibility