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Whatman™ 47mm Nuclepore™ Polycarbonate Track-Etched Membranes

Manufactured from high-quality polycarbonate film and track-etched for high pore size precision. Whatman™ 47mm 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.

$263.67 - $549.42

Specifications

Material Nuclepore Polycarbonate
Diameter (Metric) Outer 47mm
For Use With (Application) Epifluorescence microscopy, environmental analysis, cell biology
Flow Rate High
Hydrophobicity Hydrophilic
View More Specs
Products
Catalog Number Mfr. No. Pore Size Price Quantity    

09-800-917

 
whatman™
WHT111112*
3μm Pack for $296.31

09-800-919

 
whatman™
WHT111116
12μm Pack for $263.67

09-300-69

  Accessories
whatman™
WHT111106
0.2μm Pack of 100 Each for $316.83

09-300-71

  Accessories
whatman™
WHT111107
0.4μm Pack of 100 Each for $316.83

09-300-68

  Accessories
whatman™
WHT111105
0.1μm Pack of 100 Each for $549.42

09-300-72

  Accessories
whatman™
WHT111109
0.8μm Pack of 100 Each for $316.83

09-300-73

  Accessories
whatman™
WHT111110
1.0μm Pack of 100 Each for $316.83

09-300-74

  Accessories
whatman™
WHT111113
5μm Pack of 100 Each for $316.83

09-300-75

  Accessories
whatman™
WHT111114
8μm Pack of 100 Each for $316.83

09-800-915

 
whatman™
WHT111108
0.6μm Pack for $296.31

09-800-918

 
whatman™
WHT111115*
10μm Pack for $296.31
Description & Specifications

Specifications

Material Nuclepore Polycarbonate
Diameter (Metric) Outer 47mm
For Use With (Application) Epifluorescence microscopy, environmental analysis, cell biology
Flow Rate High
Hydrophobicity Hydrophilic

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