Cytiva 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.

Product Code	Brand	Pore Size
11378974	Cytiva 111101	0.015 μm
11332895	Cytiva 111103	0.05 μm
11388974	Cytiva 111104	0.08 μm
11398974	Cytiva 111105	0.1 μm
11342895	Cytiva 111106	0.2 μm
11352895	Cytiva 111107	0.4 μm
11308984	Cytiva 111108	0.6 μm
11362895	Cytiva 111109	0.8 μm
11372895	Cytiva 111110	1.0 μm
11382895	Cytiva 111111	2 μm
11392895	Cytiva 111112	3 μm
11302905	Cytiva 111113	5 μm
11328984	Cytiva 111114	8 μm
11312905	Cytiva 111115	10 μm
11318984	Cytiva 111116	12 μm

Description

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.

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

Specifications

• Material: Nucleopore Polycarbonate
• For Use With (Application): Epifluorescence microscopy, environmental analysis, cell biology
• Diameter (Metric): 47 mm

• Flow Rate: High
• Hydrophobicity: Hydrophilic