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In their use, aluminum oxide membranes are typified chiefly by low adsorption, high chemical inertness and the exclusion of extractables.
i3 FlexiPor membranes are made from nanoporous aluminum oxide. The ceramic material is made from pure aluminum using electrochemical etching processes. It is known not to dissolve in any chemical compound and has no organic extractable constituents. It thus has less extractable material than polymer filter membrane (one 1000th of that in polymer membrane)1 and the adsorption is very low. The material is directly usable as a transparent to white (depending on pore size) hard membrane or as a template that is closed on one side for the manufacture of specific nanostructures. The product is an amorphous oxide that can be changed into a crystalline oxide by heating. The pore diameters can be set exactly in the nanometer range.
The inorganic membrane material possesses many close-packed pores distributed in honeycomb form; it is highly porous. The membranes have two different sides. The upper side possesses large-diameter pores whose diameter remains constant along their length. The effective filtration barrier is created by the underside of the membrane. Here, the diameter of the pore openings is smaller and can be set as required by the customer.
i3 FlexiPor membranes are characterized by rapid filtration, efficient separation and high purity. When they are moistened the membranes become nearly transparent and demonstrate minimal fluorescence.
Sterile filtration in biotechnology, food chemistry and medical technology requires reliable membranes.
i3 FlexiPor membranes are ideal for microscopic analyses (Raman spectroscopy, SEM with X-ray microanalysis (EDX), FTIR spectroscopy), including sterility testing, because particles are held back on the smooth surface. The membranes offer complete protection against infectious pathogens, bacteriophages and viruses. The material is not cytotoxic and provides a good surface for cell cultures.
The nanoporous membranes can also be used in tissue engineering for the cultivation of cells in tissue reconstruction and tissue culture. One current focal area of research is the use of nanoporous membranes as three dimensional biochip arrays, e.g. to detect DNA and RNA fragments or specific proteins.
Specific rates of flow through aluminum oxide membranes are dictated by the pore size, porosity and membrane thickness.
The membranes are available in different packaging units, including small ones, each with assorted pore sizes.
We would be happy to send you an individual offer for our i3 FlexiPor. You can reach us at 040/2576748-0 or send us your request.
Filtration and degassing of mobile phases for HPLC
HPLC sample preparation
Filtration of aggressive organic media
Virus concentration and virus analysis
Microplastics in water
Cell growth and cell culture
Synthesis of nanostructures such as nanotubes
As your companion for life science filtration, we support you with new, effective separation technologies in the Lab/Pharma, Medical and Biotech fields.
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