4817243
Cytiva Whatman™ Nuclepore Track-Etched Polycarbonate AOX Membranes
GE’s Nuclepore filters are manufactured from high-quality polycarbonate film, with sharply defined pore sizes and high flow rates for reproducible AOX analysis.
Manufacturer: Fischer Scientific
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Autoclavable
Autoclavable
Pore Size
0.4 μm
For Use With (Application)
Epifluorescence microscopy, environmental analysis, cell biology
Material
Nucleopore Polycarbonate
Flow Rate
High
Hydrophobicity
Hydrophilic
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Description
- High chemical resistance and thermal stability for a wide range of samples Low, consistent ash levels and low tare weights Compatible with ISO 9562 guidelines for determining adsorbable organically bound halogens Smooth flat surface increases particle visibility
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Autoclavable: Autoclavable
Pore Size: 0.4 μm
For Use With (Application): Epifluorescence microscopy, environmental analysis, cell biology
Material: Nucleopore Polycarbonate
Flow Rate: High
Hydrophobicity: Hydrophilic
Autoclavable:
Autoclavable
Pore Size:
0.4 μm
For Use With (Application):
Epifluorescence microscopy, environmental analysis, cell biology
Material:
Nucleopore Polycarbonate
Flow Rate:
High
Hydrophobicity:
Hydrophilic
Autoclavable: __
Pore Size: __
For Use With (Application): __
Material: __
Flow Rate: __
Hydrophobicity: __
Autoclavable:
__
Pore Size:
__
For Use With (Application):
__
Material:
__
Flow Rate:
__
Hydrophobicity:
__
Autoclavable: __
Pore Size: __
For Use With (Application): For protein-based biomolecules, on-substrate cleanup has potential to convey greater analyte stability, requires fewer experimental animals
Material: __
Flow Rate: __
Hydrophobicity: __
Autoclavable:
__
Pore Size:
__
For Use With (Application):
For protein-based biomolecules, on-substrate cleanup has potential to convey greater analyte stability, requires fewer experimental animals
Material:
__
Flow Rate:
__
Hydrophobicity:
__
Autoclavable: __
Pore Size: __
For Use With (Application): For protein-based biomolecules, on-substrate cleanup has potential to convey greater analyte stability, requires fewer experimental animals
Material: __
Flow Rate: __
Hydrophobicity: __
Autoclavable:
__
Pore Size:
__
For Use With (Application):
For protein-based biomolecules, on-substrate cleanup has potential to convey greater analyte stability, requires fewer experimental animals
Material:
__
Flow Rate:
__
Hydrophobicity:
__