Cytiva Whatman Anodisc Filter Membranes
• Anodisc membrane filters consist of an Anopore membrane disc, peripherally bonded to an annular polypropylene ring
• Anopore is a unique, inorganic membrane, made of aluminum oxide with a precise nondeformable honeycomb pore structure
• Its narrow pore size distribution ensures extremely efficient removal of particles at the rated pore size
• These low protein binding and hydrophilic filters are suitable for use in a wide range of specialized applications, including HPLC mobile phase filtration and degassing, bacterial analysis by epifluorescent light microscopy, ultra cleaning of solvents, gravimetric analysis and liposome extrusion
• 75 psi 15 (vacuum) maximum operating pressure
• 60 µm average membrane thickness. Porosity: 25 - 50%
• Refractive index when wet with aqueous solution: 1.60
• Not autoclavable
Image(s) are representative of the product group and not necessarily the individual product.
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• Anopore is a unique, inorganic membrane, made of aluminum oxide with a precise nondeformable honeycomb pore structure
• Its narrow pore size distribution ensures extremely efficient removal of particles at the rated pore size
• These low protein binding and hydrophilic filters are suitable for use in a wide range of specialized applications, including HPLC mobile phase filtration and degassing, bacterial analysis by epifluorescent light microscopy, ultra cleaning of solvents, gravimetric analysis and liposome extrusion
• 75 psi 15 (vacuum) maximum operating pressure
• 60 µm average membrane thickness. Porosity: 25 - 50%
• Refractive index when wet with aqueous solution: 1.60
• Not autoclavable
Image(s) are representative of the product group and not necessarily the individual product.
• Anodisc membrane filters consist of an Anopore membrane disc, peripherally bonded to an annular polypropylene ring
• Anopore is a unique, inorganic membrane, made of aluminum oxide with a precise nondeformable honeycomb pore structure
• Its narrow pore size distribution ensures extremely efficient removal of particles at the rated pore size
• These low protein binding and hydrophilic filters are suitable for use in a wide range of specialized applications, including HPLC mobile phase filtration and degassing, bacterial analysis by epifluorescent light microscopy, ultra cleaning of solvents, gravimetric analysis and liposome extrusion
• 75 psi 15 (vacuum) maximum operating pressure
• 60 µm average membrane thickness. Porosity: 25 - 50%
• Refractive index when wet with aqueous solution: 1.60
• Not autoclavable
Image(s) are representative of the product group and not necessarily the individual product.
• Anopore is a unique, inorganic membrane, made of aluminum oxide with a precise nondeformable honeycomb pore structure
• Its narrow pore size distribution ensures extremely efficient removal of particles at the rated pore size
• These low protein binding and hydrophilic filters are suitable for use in a wide range of specialized applications, including HPLC mobile phase filtration and degassing, bacterial analysis by epifluorescent light microscopy, ultra cleaning of solvents, gravimetric analysis and liposome extrusion
• 75 psi 15 (vacuum) maximum operating pressure
• 60 µm average membrane thickness. Porosity: 25 - 50%
• Refractive index when wet with aqueous solution: 1.60
• Not autoclavable
Image(s) are representative of the product group and not necessarily the individual product.
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