GVS Life Sciences - 1212375 - Membrane - Flt,Dsk,Ca,0.45,90Mm, 25/Pk

cellulose Acetate (ca) Membrane description And Use gvs Cellulose Acetate (ca) Filtration Membrane Is A Supported, Hydrophilic Membrane That Is Naturally Low Binding. It Is Ideal For Use In Filtration Applications Where Maximal Recovery Of Protein Is Critical. typical Applications • Protein And Enzyme Filtration • Biological Fluid Sterilization • Tissue Culture Media Sterilization • cold Sterilization features And Benefits • Superior Strength: can Withstand Aggressive Handling Or Be Used With Automated Equipment Without Breaking Or Tearing. • Low Extractables: ensures Tests Will Be Clean With Consistent Results. • Hydrophilic: wets Out Rapidly. • Lot-to-lot Consistency: quality Checks Ensure Consistent Flow And Diffusion Rates For Dependable Results Every Time. • Nonlysing Of Cells: prevents Contamination Of Critical Solutions. flexibility For Oem Requirements gvs Ca Filtration Membrane Is Available In Rolls From 25mm To 30cm Wide, As Well As Sheets And Cut Disks That Can Be Customized To Meet Your Application And Size Requirements. Gvs Ca Filtration Membranes Are Manufactured On-site Making Customization Easy And Cost Effective. exceptional Strength For Improved Performance produced Through A Proprietary Manufacturing Process, Gvs Ca Membrane Meets Rigorous Quality Standards Throughout Every Step Of Production. This Process Generates Consistent Lot-to-lot Filtration Properties Among The Membranes And Ensures Product Uniformity. gvs Ca Filtration Membranes Are Composed Of Pure Cellulose Acetate That Is Internally Supported By An Inert Polyester Web. This Web Gives Each Membrane Exceptional Strength To Prevent Cracking, Tearing, Breaking And Distortion When Handled Or Creased. The Resulting Membrane Has Dimensional Stability That Can Withstand Autoclaving Or Steam Sterilizing Leaving The Membrane Unaffected In Temperatures Up To 274ºf (135ºc). the Exceptional Dimensional Strength And Low Binding Characteristics Of Gvs Ca Filtration Membranes Provides Higher Throughputs Than Competitive Offerings And Reduces The Amount Of Filter Changes Needed During Proteinaceous Solution Filtering. its Uniform Pore Size And Consistent Flow Rates Ensure Reliable Performance.