Products
Fisherbrand™ Sterile PES Syringe Filter Designed for filtration and purification in a sterile environment. Fisherbrand™ Sterile PES Syringe Filter features a PES membrane in a polypropylene housing for purification of tissue culture solutions from a standard syringe. 33mm diameter membranes available with 0.2 or 0.45µm pore sizes.
Designed to be resistant to organic solvents. Whatman™ 30mm ReZist™ PTFE Sterile Syringe Filters are ideal for the clarification of aggressive organic solvents and can also be used as a venting filter for small vessels. MilliporeSigma™ Millex™ Nonsterile Syringe Filters with PE Housing - Hydrophobic PTFE.
Two membrane aperture are available to meet all of your filtration needs:0.22μm and 0.45μm,all materials such as PVDF, Nylon, PTFE, PES, PP are available.Syringeless filters are specially designed for the filtration of small doses of sample, especially suitable for the light sensitive and air sensitive compounds analysis.
Choice™ PES (Polyethersulfone) Syringe Filters Obtain precise results in sensitive analysis of your ionic analytes. Thermo Scientific™ Choice™ PES (Polyethersulfone) Syringe Filters are a good option for ion chromatography smaples, tissue culture filtration, and filtration of proteins, nucleic acids, and high-temperature liquids.
Millipore Express™ (PES) membrane Provides a unique combination of speed and six times less protein binding than competitive polyethersulfone membrane For sterile filtering of protein solutions, tissue culture media or aqueous solutions as well as drugs or aqueous solutions administered intravenously
Fisherbrand Syringe Filters: PTFE Membrane Low hold-up volume helps you to recover virtually all of your sample after filtering $265.00 - $1953.00
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. Millipore
Millipore Express Plus (PES) membranes offer the fastest flowrates and higher throughput Overmolded polypropylene housing design provides a more robust filter, with a maximum housing pressure of 150psig (10 bar) enabling solutions to be filtered faster
Basix™ Syringe Filters, PES, Sterile. Attach to the end of syringes and filter contents as it is being forced out. Fisherbrand™ Basix™ Syringe Filters, PES, Sterile offers high sample throughput. Pricing and Availability. search. MilliporeSigma™ Millex™-GP Sterile Syringe Filters with PES Membrane.
Fisherbrand™ Sterile PES Syringe Filter features a PES membrane in a polypropylene housing for purification of tissue culture solutions from a standard syringe. 33mm diameter membranes available with 0.2 or 0.45µm pore sizes. Fisherbrand™ Non-sterile PTFE Syringe Filter
Designed for fast and reliable filtration of small to medium volumes. Sartorius Minisart™ High Flow (HF) Syringe Filters are complete, ready-to-connect units with a high-flow PES membrane. These 28mm filters are available in sterile and non-sterile options, with a 0.2 or 0.45μm pore size. Pricing and Availability.
Shop a large selection of Syringeless and Syringe Filters products and learn more about FisherbrandSterile Syringe Filter PES. 0.45um; 50/pk. FisherbrandSterile Syringe Filter PES:Filters and Filtration:Syringeless | Fisher Scientific
Designed to be resistant to organic solvents. Whatman™ 30mm ReZist™ PTFE Sterile Syringe Filters are ideal for the clarification of aggressive organic solvents and can also be used as a venting filter for small vessels. MilliporeSigma™ Millex™ Nonsterile Syringe Filters with PE Housing - Hydrophobic PTFE.
Bottle Tops and Filter Units Extraction Thimbles Filter Holders and Hardware Filter Paper Filtering Funnels Food and Beverage Testing Glass Fiber Filters and Prefilters Membranes for Filtration Syringe and Syringeless Filters Water Testing and Environmental
The Importance of Filtration. Filtration minimizes wear in a fluid system, thereby extending equipment life. Furthermore, by minimizing wear, filtration also reduces maintenance costs and helps the system sustain high levels of performance. According to a study conducted by Dr. E. Rabinowicz of M.I.T., presented at the American Society of