Syringe filters are single-use filtration devices that are made up of a membrane, or combination of membranes, placed inside molded housing. The connections on the device are commonly Luer lock or Luer slip and enable a quick connection to syringes, that are used to pass the liquid sample through the filter.
Features. Ideal for busy, high-volume labs. Available in a wide range of sizes, formats, and membranes to cover every matrix and sample type. All Captiva premium syringe filters are shipped with an HPLC or LC/MS certificate that guarantees low levels of observed extractables. Excellent flow rates and maximum sample loading capacities.
Pall’s sterile syringe filters are available with a variety of high-performance membranes to suit application requirements: Fluorodyne® II Membrane - For high flow rates and low protein binding. Not recommended for use with some ethers. Nylon Membrane - Used in our DMSO-Safe Acrodisc syringe filter.
Quick and efficient sample filtration HPLC sample preparation Sterile isolation Autoclavable at 121°C Puradisc 25 is a 25 mm diameter syringe filter for sample volume throughput up to 100 mL . Low hold volumes of <100 µL allow for maximum sample recovery.
STERILE SYRINGE FILTERS – sterile syringe filters are made with PES membrane filters with polypropylene (PP) housing, using the most advanced methods and design features. The PES syringe filters with GF pre-filter has excellent dirt-holding capacity, which makes a syringe filter a much larger throughput for some “hard to filter” sample.
Syringe Filters for Cell Culture provide effective filtration for a wide variety of sample types; Designed with a Female Lure-Lock inlet and Male Lure-Slip outlets; Sterile Nylon Syringe Filters are individually wrapped sterile, certified RNA-free, DNA- free, and DNA –free with Non-phylogenic
Mar 11, 2020 · Hydrophilic 0.45um Sterile Nylon Syringe Filter is ideal for water-based (non-acidic) or organic sample preparation. In addition, nylon syringe filters for hplc, GC or solute test analysis are the most popular uses. The cost-selected 0.45um Sterile Nylon Syringe Filter sits in a variety of sizes and membrane types to meet any application needs.
Regenerated Cellulose (RC) Regenerated cellulose membranes are solvent resistent and hydrophilic. 0.45 µm pore sizes are mainly used for HPLC sample preparation. This membrane type is resistent versus most solvents, as well as aqueous solutions with a pH from 3 to 12 and temperature stable up to 200° C.
Syringe Filters are syringe-operated filters for the clarification of aqueous solutions (column eluates, tissue culture additives, HPLC samples, etc.). Doing beautify appearance on general syringe filters and containing high quality membrane materials make your experiment performance more perfect. It is designed to be color-coding which makes
The size of your syringe filter for ion chromatography needs to be able to handle your sample size. In terms of volume, the more you will be pushing through the filter, the more membrane area needed to filter the sample. The diameters of syringe filters are generally: 4mm, 13mm, 17mm, 20mm, 25mm, 30mm, and 33mm .
Puradisc™ 25 Syringe Filters. Cytiva. Quick and efficient sample filtration HPLC sample preparation Sterile isolation Autoclavable at 121°C Puradisc 25 is a 25 mm diameter syringe filter for sample volume throughput up to 100 mL . Low hold volumes of <100 µL allow for maximum sample recovery.
Available with many different membrane and housing options, Millex ® syringe filters are compatible with a variety of solvents and sample types. Designed for sterile and nonsterile small-volume filtration (1-200 mL) Produced with high-quality Millipore ® membranes. Available in 4, 13, 25, 33, and 50 mm diameters.
Feb 17, 2020 · With PES syringe filter membrane mechanically strong character, it can handle high-temperature liquids, with great flow rate (better than PTFE), and low protein binding. With these features, PES syringe filters offer superior performance for use with biological samples and media culture. Workable pH range ~3-14.