100pcs Lab PES STERILE Syringe Filter 33mm Diameter 0.22μm Pore Size Hydrophilic
Introduction: PES membrane is inherently hydrophilic. It’s asymmetric pore structure and high porosity provide superior flow rates and throughputs over other membranes. PES syringe filter exhibits very low protein binding. It’s suitable for many applications from sample preparation to sterile filtration. Specifications:Part No.SFPES033022SFilter MediumPESFilter Diameter(mm)34Membrane Diameter(mm)33Pore Size(μm)0.22WettabilityHydrophilicSterileYesPrefilterNoFiltration Area(cm²)4.6Housing MaterialABSHoldup-Volume(μl)<100Volume Throughput(ml)<110Connections(Inlet/Outlet)Female Luer Lock inlet and Male Luer slip outletMax Operating Pressure(psi)87Max Operating Temperature(℃)90Features: Sterile individually packed – Polyethersulfone (PES) membrane is the first choice for sterile filtration of culture media or serum. Recommended for sterilizing biological fluids, serum or tissue culture media additives. Hydrophilic membrane- PES is an inherently hydrophilic membrane that wets out quickly and completely resulting in fast filtration with superior flow rates and high throughputs. Low protein binding – PES is also extremely low protein binding minimizing the likelihood of target analyte binding. The low protein binding nature of the polyethersulfone membrane makes it well suited for biological sample preparation. High throughputs- The highly asymmetric pore structure of PES flat membrane offers a high dirty loading capacity, higher through-puts and higher flow rates than symmetrical membranes. Applications: PES membrane for aqueous solutions provides removal of fine particles, bacteria, and fungi making it a versatile membrane for applications such as sample preparation, sterile filtration and infusion therapy. Package Included: 10pcs Sterile Syringe Filters PES Membrane or 50pcs Sterile Syringe Filters PES Membrane or 100pcs Sterile Syringe Filters PES Membrane
10000PCS 0.45µm/47mm Sterile LAB Membrane Filter Gridded MCE Individually Packed
100-10000PCS 0.45µm/47mm Sterile Membrane Filter Gridded MCE Individually PackedMCE Gridded Membrane Filter, Simpure Mixed Cellulose Esters Membrane Filter, Sterile Individual Pack Membrane Disc Filter, Diameter: 47 mm, Pore Size: 0.45 umMembrane Solutions Gridded Membrane Filter47mm gridded disc filters are used for microbiology analysis of water and other liquids in the food, beverage, and pharmaceutical industries. The material of the gridded membrane is mixed cellulose ester and gridded with a 0.45µm pore size. Each gridded disc filter is sterilized by gamma irradiation and individually packaged. All materials comply with USP Class VI Standards and FDA compliances. About the item: 1.Mixed Cellulose ester(MCE) Membrane Filters are composed of cellulose acetate and cellulose nitrate. Because MCE membrane is biologically inert, it’s widely used in analytical and research applications. 2.MCE Membrane Filter-Simpure filter membrane is smooth and flat, which is convenient for microscopic observation. Also,the color contrast provided by the filter surface facilitates particle detection and minimizes eye fatigue. 3.Gridded filters have clearly defined grid lines spaced at 3.1 mm intervals. The special ink used is nontoxic and completely free from bacterial growth inhibitors. Diameter: 47mm; pore size: 0.45μm 4.MCE membrane filter have high porosity allows gases and liquids to provide high filtration rates in every area. High porosity also provides a large surface area for adsorption and binding. Package Included: 100pcs: 100x MCE Membrane Filters 500pcs: 500x MCE Membrane Filters 1000pcs: 1000x MCE Membrane Filters 3000pcs: 3000x MCE Membrane Filters 5000pcs: 5000x MCE Membrane Filters
Mixed Cellulose Ester MCE Membrane Filter Grid,Hydrophobic 0.45µm 47mm,6000pcs
(Material MCE (Mixed Cellulose Ester). 3) 3.1mm Intervals Grid Line: Gridded filters have clearly defined grid lines spaced at 3.1mm intervals. Contrasting grid lines facilitate counting colonies on the filter surface and are tested to assure freedom from grid line inhibition.