Whatman Filter Paper Pore Size 0 45 Micron

Whatman filter z746266 membrane filters syringe filter.
Whatman filter paper pore size 0 45 micron. Wha10401170 whatman nitrocellulose membrane filters nc45 membrane circles diam. 12 4530 22whatman membrane filter plain white cellulose nitrate 25mm dia 0 45 micron pore size membrane filter white plain 47mm x 0 45 micron package of 100 price. These cellulose filter papers are used for general filtration and exhibit particle retention levels down to 2 5 µm. Whatman membrane filters nylon pore size 0 45 μm diam.
47 mm pore size 0 45 μm synonym. The hydrophobic nature of the membrane also has applications for air and gas sterilization. The thinnest of all whatman filter papers. Whatman filter z697176 membrane filters syringe filter nacres nb 24.
25 mm non sterile pkg of 150 ea synonym. Hardened and highly glazed surface. The membrane is laminated onto a nonwoven polypropylene support. Whatman ptfe membranes are chemically stable and inert.
There are many grades of paper each with its own unique properties and applications. Ptfe membranes are particularly suitable for preparing samples for hplc analysis. Whatman filter z277363 syringe filter syringe filters nacres nb 24. Whatman is a leading developer of high end laboratory filtration products and separation technologies in addition to more traditional offerings such as whatman filter papers membranes syringe filters and blotting whatman proposes solutions for high technologies such as sample preparation before uhplc handling of dna samples at room temperature or high throughput screening.
Whatman 10401170 cellulose nitrate membrane plain sterile 0 45 um pore size 47 mm circle 100 pcs regular price. This finish also keeps the paper free from loose surface fibres. They are suitable for applications involving aggressive organic solvents strong acids and alkalis. How to choose the best whatman filter paper for your application.
Wha68702504 whatman gd x syringe filters nylon membrane pore size 0 45 μm diam. There is a wide choice of. 2 7 μm retention of finest crystalline precipitates.