Hydrophilic PTFE membranes offer maximum chemical and pH resistance with minimal aqueous extractables (<0.3 wt%). Since the filter is optically clear when wet it is ideally suited for culture and microscopic examination of cells/particles captured without requiring a separate step. Maximum operating temperature is 100°C (212°F).
Polytetrafluoroethylene (PTFE) Membrane Disc Filter, 0.80 Micron, 25mm Diameter, Non-Sterile, 100/Pack from I.W. Tremont at Southern Labware. We have large collections of scientific lab supplies, equipments & glass labwares.
PTFE Cartridge Filters. Hydrophobic PTFE Cartridge Filter - TCF. Hydrophilic PTFE Cartridge Filter - TCFH. Coated Cellulose Acetate Cartridge Filters. Polypropylene Cartridge Filters. Pleated Polypropylene Cartridge Filter. Depth Polypropylene Cartridge Filter. Wound Polypropylene Cartridge Filter.
Description Unsupported Hydrophobic PTFE Membranes, 0.5 um, 25 mm; 100/Pk More About this Item This thin, highly porous PTFE membrane is inert to most chemically aggressive solvents, strong acids, and bases that may be incompatible with supported PTFE filters.
PTFE Pack of 20 Grade PF100 1.00mm Thickness 0.009 psi Pressure Drop Advantec MFS PF10025MM Depth Filter 25mm Diameter 10µm Pore Size, 25mm Diameter, PTFE (Pack of 20): Industrial & Scientific,Advantec MFS PF10025MM Depth Filter, Grade PF100,009 psi Pressure Drop, 10µm Pore Size, 1,00mm Thickness,Get Great Savings,Leisure Shopping,To provide you with the best trendy products., of 20 Grade
Description. MFS 25MM 0.45 PTFE/PHILIC 1000/PK. Syringe Filter Units offer a covenient and compact solution for fast filtration and sample preparation prior to instumental analysis. Advantec syringe filters are designed to maximize sample recovery. Our pigment-free polypropylene housing along with our membrane selection ensure low extractables and broad chemical compatibility for use with a range of samples and solvents.
Pure PTFE Filters. Pure PTFE fibers are sintered to improve handling characteristics and to minimize fiber slough-off for minimal downstream contamination with Hydrophobic charactarization. Porosity: High air permeability with minimal pressure drop and wide range of operating temperature range: -120°C to 260°C. ORDER.
25 mm. 10. PF04025MM. 37 mm. 10. PF04037MM. 47 mm. 10. PF04047MM. PTFE Membranes . 8x10 in. 5. PF0408X10IN. Pore (µm) Diameter. Qty. Catalog # code T - unsupported. 3.0. 25 mm. 100. T300A025A. 37mm . 100. T300A037A. PCTE Membranes - code K. 47 mm. 100. T300A047A. Pore (µm) Diameter. Qty. Catalog # code J - supported. 0.80. 13 mm. 100. K080A013A. 0.50. 13 mm. 100. J050A013A. 25 mm. 100. K080A025A. 25 mm. 100. J050A025A. 37 mm. 100
Pore Size (µm) 0.5. Diameter (mm) 25. Bubble Point (PSI) 20.3. Bubble Point 1.4. Max Water Flow Rate (L/min/cm²) 0.04. Max Water Flow Rate (mL/min/cm²) 39. Max Air Flow Rate (L/min/cm²) 2.9. Max Air Flow Rate (mL/min/cm²) 2900. Description PTFE Hydrophilic Membranes; 25 mm dia; 0.50 µm; 100/PK.
Advantec Hydrophilic PTFE membrane filters are ideal for HPLC and other mixtures of aqueous and organic solvents. This non-supported membrane is very thin and optically clear when wet. Thermostable up to 100°C. Note: Allowing the filter to dry will render it hydrophobic. PTFE offers maximum chemical and pH resistance to strong acids and alkalis.
Diameter: 13 mm, 25 mm, 47mm, 90 mm, 142 mm and 293 mm. Typical Applications. Ideal for HPLC and other mixtures of aqueous and organic solvents ; Cell culture and microscopic examination ; NOTE: Hydrophilic PTFE membrane filters are not autoclavable. Allowing the membrane to dry will render it hydrophobic
Pre-conditioning helps ensure that the membranes perform as expected. Also, pre-conditioning removes preservatives and other residuals from the membranes. To pre-condition the membrane disk, install it in the stirred cell and then fill the stirred cell with purified deionized water.
Ultrafiltration Membranes. Advantec Ultrafilters are anisotropic permselective membranes that segregate dissolved solutes at the membranes surface on a basis of molecular weight under applied pressure. Two polymer types cover a range of molecular weight cut-off limits and pH limits.
