PES (Polyethersulfone) syringe filters are a broad purpose hydrophobic membrane that can be used in a variety of applications. Polypropylene housing with female Luer-lock inlet and male Luer slip outlet.
PES is hydrophilic and is made of polyethersulfone polymer membrane. PES membrane Syringe Filters are recommended for the filtration of culture media, culture soups, serum solutions. Nutrients, growth regulators, gold conjugate, hormones and other sensitive solution. PES Membrane are validated for absolute bacterial retention, hold up volume
Syringe Filters, TF Membrane. Laboratory filtration is an essential technique in obtaining the most precise results. Because filtration is so important, it’s necessary that you purchase premium lab filtration supplies. At LabSource, we offer a complete selection of the best laboratory filtration products, including the most ideal lab filter
mdi PES membrane type SYPL-S have Polyethersulfone (PES) membrane filter in a poly-propylene housing. These syringe filters are used for filtration and sterilization of protein solutions, culture media and serum. The low protein binding characteristics make these ideal for these applications, particularly where sample size is very small and
Welded Syringe Filters, Pack of 100, [PES Membrane] Diameter 13mm Pore Size 0.22μm, Non Sterile Filtration by Labfil.
PES membrane filters with polypropylene (PP) housing,The PES syringe filters has excellent dirt-holding capacity, which makes a syringe filter a much larger throughput. PES Syringe Filter Diameter:13mm, 0.22μm pore size Suitable for filtration of aqueous and compatible organic solvents.Higher liquid flow than either PTFE or PVDF.
$15 Syringe Filter, Membrane Solutions Lab Supply Filter PES,0.45 Mi Industrial Scientific Filtration
PES Syringe Filters, Johnson Test Papers’ PES syringe filters have specially designed characteristics that deliver maximum efficiency and purity to your laboratory requirements. See our other membrane filters that provide separation and purification solutions for most research tasks. PES (polyethersulfone) has minimal affinity for proteins and low levels of extractables with flow rates
Microlab Scientific offers PES (Polyethersulfone ) Syringe Filtres are hydrophilic, it’s low binding to proteins and nucleic acid and are extractable with substantially more rapidly flow rates than PVDF; ideal for pre-filtration and filtration of buffers and culture media. Good used in aqueous applications and biological samples.
Looking for Syringe Filter, PES, 0.22um, 13mm, PK75? Find it at Grainger.com®. With over 1.6M products and 24/7 customer service we have supplies and solutions for every industry.
We provide a wide assortment of membranes that produce separation and purification solutions for nearly all of your laboratory needs. In addition, PES (Polyethersulfone) Syringe Filters are low protein binding and have better flow rates than PVDF; ideal for pre-filtration and filtration of buffers and culture media.
Syringe Filters. ZenPure’s 25, 50 and 65 mm syringe filters are convenient, ready-to-use devices, intended for laboratory scale-up evaluation and laboratory applications. View Product. Stainless Steel Disc Filter Holders. Stainless steel disc holders are designed for membrane disc filtration. The disc holders are commonly used in the Chemical
SimPure 100 Pcs Syringe Filter Sterile PES, 33mm Membrane Diameter 0.22um Pore Size, High Throughput Hydrophilic Lab Filtration Individually Pack 4.2 out of 5 stars 208 $13.99 - $99.99
Membrane Solutions Sterile PES Syringe Filters 0.22um Pore Size, 33mm Membrane Diameter. MS sterile syringe filters are made with a wide variety of membrane filters with polypropylene (PP) housing, using the most advanced methods and design features.
Introduction. MS® PES syringe filters are purpose-built with features designed to bring the highest levels of performance and purity to your research. We incorporate a variety of membranes to offer separation and purification solutions for the majority of your laboratory needs. PES (Polyethersulfone) – low affinity for proteins and extractable with substantially faster flow rates than PVDF; suitable for pre-filtration and filtration of buffers and culture media.