1002 results found for “*”

The hydrophilic cellulose acetate membrane filters combine high flow rates, good chemical resistance (pH 4-8) and thermal stability with very low adsorption characteristics. They are excellently suited for use in pressure filtration devices. They are available in different pore and diameter sizes from 0.2...

Process-Ready Sartobind® Membrane AdsorbersSartobind® Lab membrane adsorbers for ion exchange chromatography are ready-to-use units in a syringe filter format. They are based on the patented macroporous Sartobind® membranes, with anion or cation exchange ligands covalently bound to the entire internal surface of the pores. This results in...

Minisart® NMFL SFCA syringes are individually packed sterile, making them available for immediate use whenever sterile filtration, clarification and cell removal are needed. The (SF)CA membrane is available for the following pore sizes : 0.2 µm and 0.45 µm.. The housing is made of...

Individually packed and sterile Minisart® NML Standard syringe filters Type 7598 with a pore size of 0.2 µm are optimal for immediate usage whenever sterile filtration or clarification and cell removal under sterile conditions is needed. The SFCA membrane is the best optionis available...

Non-sterile Minisart® NML Standard syringe filters Type S7597 version Q with a pore size of 0.2 µm are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows the sterile filtration or clarification under non-sterile conditions. The housing...

Individually packed and sterile Minisart® NML Plus syringe filters are optimal for immediate usage whenever sterile filtration or clarification and cell removal from highly particle-laden liquids is needed. The glass fibre prefilter protects the membrane from early clogging and increases total throughput. The very...

Non-sterile Minisart® SRP syringe filters are supplied in a pouch in one pack. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC...

Made of > 95 % α-cellulose Ash content below 0.1 % according to DIN 54370 Wide pore, loose structure Fast filtering 500 mm diameter 100 folded filters per pack

Technical specifications:- Made of cotton linters- Low-nitrogen and nitrates content- Ash content ≤ 0.06 %- Weight: 97 g/cm2- Thickness: 0.19 mm- No additives, such as wet-strengheningExample of applications:- Determination of nitrogen content in soils

Made of 100 % cotton linters Ash-free (ash content ≤ 0.01 % according to DIN 54370) Wet-strengthened Color-coded box for easy selection Very slow filtering Fine-pore 100 folded filters per pack

They are therefore recommended for the filtration of aqueous solutions as well for protein filtration. Furthermore- the low level of extractables makes them suitable for environmental analysis.

Non-sterile Minisart® High Flow syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows the removal of particles or cells under non-sterile conditions. The housing is made of the acrylic resin MBS (Methacrylate butadiene styrene)...

Non-sterile Minisart® RC syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC or GC analysis....

Non-sterile Minisart® SRP syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC or GC analysis....

Technical specifications:- Made of cotton linters- Low-nitrogen and nitrates content- Ash content ≤ 0.06 %- Weight: 97 g/cm2- Thickness: 0.19 mm- No additives, such as wet-strengheningExample of applications:- Determination of nitrogen content in soils