2022 new ghp membrane filter maximum operating temperature 55 C GH Polypro (GHP) Membrane Disc Filters - SeparationsMaximum Operating Temperature. 55 °C (131 °F). Minimum Bubble Point - Water. 0.2 µm: 2.9 bar (290 kPa, 42 psi). 0.45 µm: 1.38 b Tel: 8618057059123

The new Acrodisc® One and Acrodisc® PSF premium syringe filters combine the benefits of a multi-layered prefiltration device with an automation-certified filter housing. Increased surface area for maximizing throughput Heat sealed membrane for reduced breakthrough Accurate analysis. HPLC certified for low levels of UV-absorbing extractables

Maximum Operating Temperature: 55 °C (131 °F) Maximum Operating Pressure: 6.2 bar (620 kPa, 90 psi) Typical Water Flow Rate: 60 mL/min at 2.1 bar (210 kPa, 30 psi) Typical Hold-Up Volume (with air purge): 50 Μl. Endotoxin Level: 0.25 EU/mL using Limulus Amoebocyte Lysate (LAL) test. Features: Get Price

low protein binding membrane ghp filters maximum operating temperature 55 C wwPTFE Membrane Disc Filters – Mobile Phase Filtration Maximum versatility. Filters aqueous solutions or aggressive chemicals.

low protein binding membrane ghp membrane maximum operating temperature 55 C High Quality Specialty Syringe Filters | I.W. Tremont Maximum Operating Temperature: 130°C (Housing only, also dependent on membrane); Maximum Operating Pressure: 87 psi (Housing only, also dependent on membrane) high flow rate ghp membrane maximum operating temperature 55 C

Maximum Operating Temperature 25 mm PSF: 55 ºC (131 ºF) at 2.1 bar (210 kPa, 30 psi) Maximum Operating Pressure 13 mm: 6.3 bar (630 kPa, 90 psi) 25 mm PSF: 4.1 bar (410 kPa, 60 psi) at 21 - 24 ºC (70 - 75 ºF); 2.1 bar (210 kPa, 30 psi) at 55 ºC (131 ºF) Typical Water Flow Rate mL/min at 0.7 bar (70 kPa, 10 psi) 13 mm, 0.2 µm: 17 13 mm, 0.45 µm: 28

Maximum Operating Temperature (Metric) 82 °C Quantity 50 pkg Typical Flow Rate 144 mL/min at 2.1 bar (210 kPa, 30 psi) Overview Description Type Use Reviews Documents Datasheets Download: English Description Syringe filters are used in analytical chemistry applications to remove particulate contamination prior to analysis.

Membrane disc filters for low protein binding, with low extractability, high flow rate, and good strength. PES membrane filter does not adsorb proteins and extracts and does not pollute the sample. Hawach has developed a high flux sterilizing-grade PES membrane filter for filtration of solvents, which is available in variable pore sizes from 0

Acrodisc® Syringe Filter with HT Tuffryn® Membrane, Pall Laboratory. Suitable for filter sterilizing dilute biological fluids. Filters 28142-340, 28144-040, and 28144-007 are sterilized by gamma irradiation and individually packaged. HT Tuffryn (polysulfone) membrane is extremely low protein-binding. Maximum operating temperature: 55°C (131°F).

Hold-Up Maximum Maximum Typical Part Pore Volume Operating Operating Water Number Description Size (w/air purge) Temperature Pressure Flow Rate AP-4305 GxF/GHP 0.2 µm < 200 µL 55 °C (131 °F) at 2.1 bar 4.1 bar (410 kPa, 60 psi) 175 mL/min at 2.1 bar AP-4307 (210 kPa, 30 psi) at 21-24 °C (70-75 °F) (210 kPa, 30 psi) AP-4306

Pall GHP Polypropylene membrane will be discontinued effective October 31st, 2019. This discontinuation affects devices including syringe filters, filter plates, centrifugal devices and membrane filter discs. 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

Acrodisc® Syringe Filters with Supor® Membrane Syringe Filters with High Flow Rates and Low Protein Binding Superior flow rates and higher throughputs than competitive devices. Low protein binding to minimize sample loss. Pre-sterilized products are sterilized by gamma irradiation to eliminate potential contamination by EtO residuals.

Low hold-up volume minimizes sample loss. low protein-binding. Maximum operating temperature: 55°C (131°F). Fluid retention for 25mm filters is less than 40μL

Low Protein Binding Syringe Filters. With protein binding, it’s all about the syringe filter’s membrane material, performance and flow rate. For example, syringe filters with a high protein binding membrane material will bind proteins, resulting in premature filter clogging. On the other hand, low protein binding syringe filters are made from membrane materials that don’t absorb proteins.