Syringe Filter Hydrophobic PTFE Membrane 33mm Diameter 0.22um Pore Size Gas Exchange Non Sterile by Bioemd Scientific 10PCS

Hydrophobic PTFE syringe filters 33mm Diameter 0.22μm Pore Size PACK OF 10FEATRURE:Hydrophobic PTFE has wide chemical compatibility, excellent corrosion resistance, high rejection, high flow, and can be sterilized in various ways. It can be widely used in fermentation air sterilization filtration, gas and organic solvent removal by particle filtration.APPLICATIONS:1.Fermentation air sterilization filtration,2.Gas and organic solvent removal.Filter Medium: Hydrophobic PTFE Diameter(mm): 33 Pore Size(μm): 0.22Wettability: Hydrophobic Sterile: No Filtration Area(cm²): 4.9 Housing Material: Medical grade PP Volume area (ml): <150Connections(Inlet/Outlet): Female Luer Lock inlet and Male Luer slip outlet Max Operating Pressure(psi): 87 PSI

• HYDROPHOBIC PTFE SYRINGE FILTERS:Medical grade PP housing with Hydrophobic PTFE membrane. Diameter: 33mm, Pore Size: 0.22μm.
• HYDROPHOBIC PTFE MAIN ADVANTAGE: Hydrophobic PTFE membrane could resistant to almost all the organic solutions. (PH:1-14) ,also the Air/ Gas filtration.
• HYDROPHOBIC PTFE MAIN APPLIED: Hydrophobic PTFE Syringe Filter widely used in sample pre-filtration, clarification,removal of particles, and liquids. Is the good method for filtering HPLC, GCsmall samples.
• THE DIFFERENCE BETWEEN HYDROPHILIC MEMBRANE AND HYDROPHOBIC MEMBRANE: Hydrophilic PTFE membrane has strong chemical compatibility, and can almost be capable of filtering all organic solvents and strong corrosive chemicals. Hydrophobic PTFE membrane is mainly used for filtration of air, gas and hydrophobic chemicals, while aqueous solution cannot pass through. Its performance is the opposite of hydrophilic membrane.
• VARIETIES OF CHOICES: we produce varieties material membrane filters with different pore size and diameter, such as NYLON, PES, GF, PTFE, PVDF ,MCE,CA and so on . pore size: 0.1um 0.22um 0.45um 0.8um,1um,2um,3um,5um，diameter:13mm ,25mm,33mm,50mm,can meet your different demands for laboratory use.