Inorganic Membrane Filter, Aluminum Oxide, 47 mm dia

Anopore inorganic membrane (Anodisc™) is well suited for a wide range of laboratory filtration applications. This novel material has a precise, nondeformable honeycomb pore structure with no lateral crossovers between individual pores, that filters at precisely the stated cut-off, allowing no larger sized particles to pass through the membrane. Anopore inorganic membrane is composed of a high-purity alumina matrix that is manufactured electrochemically. The membrane also exhibits low protein binding, has minimal autofluorescence, is nontoxic, and supports cellular growth. The precise pore structure and narrow pore size distribution of Anopore membrane ensure a high level of particle removal efficiency. Microorganisms and particulate material are captured on the surface of the membrane for subsequent analysis by light or electron microscopy. When wet, the membrane is virtually transparent, which means that retained particles do not need to be transferred to another surface before microscopic examination. The membrane is hydrophilic and is compatible with most solvents and aqueous material. No monomers, plasticizers, adhesives, surfactants or wetting agents are used in the manufacturing process, which eliminates sample contamination and ensures low protein binding and minimal loss of sample. The Anopore membrane is supplied in the form of Anodisc™ membrane filters. The membrane is peripherally bonded to an annular polypropylene ring (except the 13 mm dia disc) for ease of handling and is suitable for both vacuum and pressure filtration

Material	:	Aluminum Oxide
Diameter	:	47 mm
Autoclavable	:	No
Support Ring Material	:	Polypropylene
Pore Size	:	0.02 µm
Construction Process	:	Thermal Weld
Solvent Resistancy	:	Very Good
Hydrophilic	:	Yes
Membrane Type	:	Anodisc™
Maximum Temperature	:	40°C
Porosity	:	25 to 50 %
Protein Adsorption	:	Low
Refractive Index	:	1.6
Support Ring	:	Yes

High pore density and narrow pore size distribution make it an extremely precise membraneWide solvent compatibility reduces the need to stock a variety of membranes in the laboratoryNo additives used in the manufacturing process ensures minimal extractable and no sample contaminationExtremely low protein binding minimizes sample loss