Minisart 0.22 um ptfe syringe filter for air

Minisart filters have a Luer Lock inlet and outlet, for positive attachment to the syringe. The filter is 26 mm in diameter with a hold-up volume of 0.1 mL. Suitable for clear aqueous solutions not requiring preliminary filtration.

The Midisart® filter family is the clear choice for small scale sterile air/gas filtration applications. Superior flow rates and seamless integration into single-use assemblies provide Midisart® customers with a distinct advantage that directly translates into cost savings. 100% factory integrity testing of both the autoclavable Midisart® 2000 and the gamma-irradiatable (or autoclavable

Feature: syringe filter diameter: 13mm, pore size: 0.22um, membrane material: PTFE , hydrophobic property . Syringe filters are made of inert plastic house, membrane, and luer lock fit. It is used with disposal syringes or filtration device with luer fit. Syringe filters are often one-time use only.

Simsii Syringe Filter, Hydrophobic PTFE Membrane Disc, Diameter 25 mm, Micron Pore Size 0.22 um, Pack of 100 1 $69 00 ($6.90/10 Items)

PTFE is a stable material, can filter water, organic solution, strong acid and alkaline solution, (not suitable for trichloroethylene, gasoline, hexane, etc.). It can be used as clarification and filtration of experimental samples and injection filtration of liquid chromatography. 0/5 (0 Reviews)

Sartorius Minisart™ PES Syringe Filters Minisart™ PES with polyethersulfone (PES) is optimal for highest flow rates and a pH of 2 - 13. Type 1776D with a pore size of 0.22 μm can be used for sterile filtration and has a male luer slip outlet. Version ACK is individually packed and sterilized by ethylene oxide (EO).

Minisart ® SRP syringe filters with a clean and chemically inert PTFE membrane. The units are ready-to-use and allow for simple, rapid and reliable ultracleaning of small volume samples for HPLC or GC analysis, which require an even more chemical resistant unit than Minisart ® RC, e.g. for

Minisart ® Syringe Filters: The Easy Choice – Clean and Safe For sterilization of liquids, sterile filtration with Minisart ® syringe filters is the optimal solution. They remove all microorganisms and particles reliably, without any influence of their ingredients, due to adsorption or decomposition.

Syringe Filters PTFE Membrane - Hydrophilic Filtration，0.22um Pore Size, 13mm Membrane Diameter, (Pack of 15)

This 33 mm syringe filter with a Hydrophilic PVDF membrane, for non-sterile filtration on the Samplicity G2 system, has a 0.22 µm pore size used in preparation of protein-containing solutions prior to chromatography or other instrument analyses.

Polypropylene, nylon, and PTFE membranes are ideal for sample preparation and small volume chemical filtration.Syringe filters are attached to the end of a syringe to remove particles from a sample prior to analysis. Filtering liquids, the single-use devices force liquids through the filter either when fluids are initially drawn or delivered. Circular shaped in diameters that fit common

Minisart® SRP15 Syringe Filter 17558-----K, 0.2 µm hydrophobic PTFE Minisart ® SRP with chemically inert hydrophobic PTFE is suitable for venting as well as harsh solvents with a pH of 1 - 14. Type 17558 with a pore size of 0.2 µm can be used for sample preparation and sterile filtration and has a male spike outlet.

Minisart® Syringe Filter, Polyethersulfone (PES), Pore Size 0.22 µm, Ethylene Oxide, Female Luer Lock, Male Luer Slip, Pack Size 50 Minisart ® High Flow with polyethersulfone (PES) is optimal for highest flow rates and a pH of 3 - 12. Type 16541 with a pore size of 0.22 µm can be used for sterile filtration and has a male luer slip outlet.

Syringe Filters, Polyethersulfone (PES), Sterile, 0.22(μm), 25mm, 50/Cs. from Nest Scientific at Southern Labware. We have large collections of scientific lab supplies, equipment & glass labware.

Feb 17, 2020 · The most commonly used syringe filter pore sizes are 0.2/0.22 um and 0.45 um syringe filters, for research and medical applications. The pore size to be used is usually determined by the particle size to be eliminated.