CELLTREAT (229751) Syringe Filter, MCE membrane, 0.22μm pore size, 30mm diameter. No adhesives (membrane molded in place). Color coded, polypropylene housing, Luer-lock connection. Sterile (gamma irradiated). 30/CS. Applications. Filtration of aqueous solutions; Effectively binds trace proteins; Oil particulates and bacteria filtration
1.Syring Filter，Female Luer-Lok Inlet, Outlet: Male Luer Slip 2.Diameter (mm):13mm/25mm 3.Pore size: 0.22μm/0.45μm 4.Membrane: Nylon、Hydrophilic PVDF、Hydrophilic PTFE、Hydrophobic PTFE、PES、MCE、Hydrophilic PP、Cellulose Acetate
MF-Millipore® Membrane Filter, 0.22 µm pore size 47 mm diameter, mixed cellulose esters (MCE) membrane, hydrophilic, white, 100 discs; find Millipore-GSWP04700 MSDS, related peer-reviewed papers, technical documents, similar products & more at Sigma-Aldrich
Trace2 Nylon Syringe Filter, 25mm, 0.22μm, Non-Sterile, 100-pk. Adding a syringe filtration step prior to injection not only helps to ensure more consistent and reliable results; it also helps protect delicate instruments and prolongs column life. Available in sizes and membrane types to meet any application need, Ibis Scientific Trace2
syringe filters combine premium quality and economy. PTFE syringe filters are made of Polytetrafluoroethylene (PTFE) membrane and a polypropylene overmold housing. Available in 13 mm and 25 mm diameters and 0.22 μm and 0.45 μm pore sizes.
Extragene MCE Syringe Filter, 25mm, 0.22μm, sterile Individual Pack (Pack of 50) Extragene 25 mm Syringe Filters, 0.22 μm, MCE, 50/pack Model B25MCE022-SMCE syringe filters are made using high-quality nitrocellulose polymer (cellulose nitrate and cellulose acetate). This material is easily blocked to give it a very low background
Nonsterile Syringe Filters, 0.22μm, N2536-W0.22μm-100EA, i-Quip (CAT#: STEM-GC-1393-Y)
Millex-GP Syringe Filter Unit, 0.22 µm, polyethersulfone, 33 mm, gamma sterilized: Background Information: Sterile Millex filter units are available in a larger 33 mm housing with either MCE, PVDF or PES membranes. Faster flow rate: The larger filter surface area increases flow rate and throughput.
Media material have Nylon, PTFE, Hydrophilic PTFE, PES, PVDF, MCE, CA, GF, PP, Active Carbon, in both sterile and non-sterile varieties, with GF or PP pre-filter choice available for customer need. The diameter of the Hawach FILTSTAR Series syringe filter ranges from 4mm to 50mm, of which 25mm syringe filters are the most widely used and Luer
1-4mL Autosampler Vials for HPLC, UPLC, GC 6-20mL GC Headspace Vials 8-60mL EPA Storage Vials 16mm, 25mm Test Tubes for Water Analysis HPLC Syringe Filters About us Case
Syringe Filters, Disposable. We are proud to offer 4mm, 13mm, 25mm, and 30mm syringe filters for Ion Chromatography. We also offer 13mm and 25mm sterile syringe filters. With several sizes and many membranes styles, you are sure to find an appropriate syringe filter for your application. Our most popular syringe filters are the 25mm size.
Filter Medium: MCE: Diameter(mm) 25: Pore Size(μm) 0.22: Wettability: Hydrophilic: Sterile: Yes: Prefilter: Filtration Area(cm²) 4.08: Housing Material: PP: Holdup-Volume(μl) 100: Volume Throughput(ml) 100: Connections(Inlet/Outlet) Female Luer Lock inlet and Male Luer slip outlet: Max Operating Pressure(psi) 87: Max Operating Temperature
Description. Catalogue Number. SLGSV255F. Trade Name. Millex. Description. Millex-GS Syringe Filter Unit, 0.22 µm. Background Information. Available in 4, 13, 25, 33, and 50 mm diameters with a variety of membranes, Millex® sterile syringe filters are ideal for sterilizing organic solvents, aqueous solutions or air/gas.
10pcs Syringe Filter Nylon Membrane, Low-Extractable Non-Sterile Syringe Lab Filters for Sensitive HPLC Detectors, 25mm Diameter 0.45um Pore Size Filtration by Albert’s Filter B07QKX52PF $36.17 $16.56
Product Description: CA. cellulose acetate syringe filters are hydrophilic membrane disc filters that are ideal for maximum sample recovery. MCE. MCE syringe filters are made using high-quality nitrocellulose polymer (cellulose nitrate and cellulose acetate).
