Free sample 0.2um syringe filter Millex

Millex-FG, 0.20 µm, hydrophobic PTFE, 25 mm A 25 mm diameter sterile syringe filter with a 0.2 µm pore size hydrophobic PTFE membrane, ethylene oxide sterilized.; find Millipore-SLFG025LS MSDS, related peer-reviewed papers, technical documents, similar products & more at Sigma-Aldrich

Millex-GP filters are recommended for sterile filtering protein solutions, tissue culture media, buffers and additives. Millex filters with Durapore® (PVDF) membrane are the lowest protein-binding syringe filters available. Use them to filter protein solutions. The 0.2 µm filters are sterilizing grade.

Ready-to-use, syringe-driven units designed for sterilizing and clarifying sterile solutions are available in 0.1, 0.22, 0.45 and 5.0μm pore sizes. Pricing and Availability. Merck Millex™-GP Syringe Filter, PES, 0.22 μm. Ideal for preparing 10–100mL samples prior to chromatography or other instrumental analyses.

MilliporeSigma™ Millex™-FG Syringe Filter Unit, Hydrophobic PTFE, 0.2 μm Features a hydrophobic Fluoropore™ (PTFE) membrane. Millex™-FG Syringe Filter, 0.20μm, Hydrophobic PTFE provides broad chemical compatibility and is ideal for filtering samples in organic solvents or to prevent back-streaming of atmospheric moisture in venting

Syringe filter Millex-FG 25mm PTFE 0.2um Non-sterile / PK 50 Login to view pricing 25 mm diameter non-sterile syringe filter with a 0.2 µm pore size hydrophobic PTFE membrane

A 33 mm diameter sterile syringe filter with a 0.22 µm pore size hydrophilic PVDF membrane. Comes in a pack of 50. Simply better membrane technology, simply better Stericup® filters. Millex Sterile syringe filter units are available in a larger 33mm housing with either MCE, PVDF or PES membranes.

Hydrophilic PTFE membranes have broad chemical compatibility, enabling filtration of aqueous and organic solvents. 33 mm hydrophilic PTFE Millex™ filters have faster flow rates than 25 mm filters. Easy to read membrane type and pore size printed on every Millex™ filter. Over-molded design provides excellent seal integrity and burst strength.

There are also specialized filter units to protect hemodialysis transducers from blood and moisture. The 50 mm Millex® filter units are especially useful for vacuum line protection. All units are bi-directional. A 50 mm diameter non-sterile syringe filter with a 0.2 µm pore size hydrophobic PTFE membrane.

Free sample membrane hplc syringe filter price-Chromatography Home » News » Filter Vials » Free sample 0.22um filter vials supplier restek Free sample 0.22um filter vials supplier restek Top quality of hplc chromatography vials for sale with Vial Size: 12 x 32 mm Pore Size: 0.22um and 0.45um Capacity: Unfiltered sample chamber: 500 µL

General description. Puradisc syringe filters combine premium quality and economy. They are ideal for the quick, efficient filtration of samples up to 100 mL volume. Puradisc filters are produced from pigment-free polypropylene or polycarbonate with standard inlet (female luer lock) and outlet (male luer) connections (unless otherwise stated).

Millex-GP Syringe Filter Unit, 0.22 µm, polyethersulfone, 33 mm, gamma sterilized. This item is a direct replacement for SLGP033RB in countries where restricted. Sterile Millex filter units are available in a larger 33 mm housing with either MCE, PVDF or PES membranes. The larger filter surface area increases flow rate and throughput.

Syringe filters with different pore size ratings are suitable for different applications. For example, syringe filters containing 0.45 μm are typically used for HPLC sample preparation and 0.2 μm is used for UHPLC. In life science applications 0.1 and 0.2 µm pore sizes provide sterilization of buffers, culture media, and additives.

25 mm diameter non-sterile syringe filter with a 0.2 µm pore size hydrophobic PTFE membrane

Millex® Syringe filters set the standard for reliable small volume filtration (1 mL to 200 mL). Available in 4, 13, 25, 33, and 50 mm diameters. Minimal hold-up volume for less sample loss o f small volumes and are ideal for solutions such as antibiotics and tissue culture additives. Their unsurpassed quality and consistency of results has led