The Sartorius Membrane Filters (⌀ 47 mm, 1.20 µm, Cellulose Nitrate) deliver precise microbial filtration with consistent throughput. Made from high-quality cellulose nitrate (mixed cellulose ester), these filters offer reliable particle retention and high flow rates. Supplied in bulk packs of 100 and autoclavable for sterilization, they are ideal for applications like residue analysis, microscopy, gravimetric testing, and water quality control.
Engineered for laboratory accuracy and robustness, these filters offer trusted performance in demanding analytical protocols.
The Sartorius Membrane Filters (⌀ 47 mm, 1.20 µm, Cellulose Nitrate) deliver precise microbial filtration with consistent throughput. Made from high-quality cellulose nitrate (mixed cellulose ester), these filters offer reliable particle retention and high flow rates. Supplied in bulk packs of 100 and autoclavable for sterilization, they are ideal for applications like residue analysis, microscopy, gravimetric testing, and water quality control.
Yes. It is designed for Residue analysis, microscopy, gravimetric analysis, filtration workflows, and offers a diameter of 47 mm and a pore size of 1.20 µm to support this kind of work.
It has a diameter of 47 mm and a pore size of 1.20 µm, and is supplied under manufacturer part number 11803--47------N.
It is made from cellulose Nitrate (CN, mixed cellulose ester). It also offers non-sterile, yes, up to 121 °C and good chemical resistance.
For Residue analysis, microscopy, gravimetric analysis, filtration workflows, the Sartorius model is the better choice, offering a diameter of 47 mm and a pore size of 1.20 µm. The Macherey-Nagel model offers a pore size of 0.20 µm for fine particle retention and a diameter of 90 mm as an alternative, while the Sartorius model's non-sterile and yes, up to 121 °C help make it a strong fit for Residue analysis, microscopy, gravimetric analysis, filtration workflows.
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