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-10%Tangential Flow Filtration Cassette PES Ultrafiltration Membrane Lab
Membrane PESMWCO 1/3/5/8/10/30/50/100/300/500/1000kDaFiltration Area 0.01/0.02/0.11m²Package 1/pk -
-10%
Tangential Flow Filtration Cassette RC Ultrafiltration Membrane Lab
Membrane RCMWCO 1/2/3/5/8/10/30/50/100/300kDaFiltration Area 0.01/0.02/0.11m²Package 1/pk -
Consieve UET Ultrafiltration Cassettes PES Membrane Pilot
Membrane PESMWCO 1/3/5/8/10/30/50/100/300/500/1000kDaFiltration Area 0.46m²Package 1/pk -
Consieve UFC Ultrafiltration Cassettes RC Membrane Pilot
Membrane RCMWCO 1/2/3/5/8/10/30/50/100/300kDaFiltration Area 0.46m²Package 1/pk -
Consieve UET Ultrafiltration Cassettes PES Membrane Process
Membrane PESMWCO 1/3/5/8/10/30/50/100/300/500/1000kDaFiltration Area 2.33m²Package 1/pk -
Consieve UFC Ultrafiltration Cassettes RC Membrane Process
Membrane RCMWCO 1/2/3/5/8/10/30/50/100/300kDaFiltration Area 2.33m²Package 1/pk
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TFF Cassettes
Cobetter Consieve Tangental Flow Filtration Cassettes have high retention efficiencies and are easy to install and clean. Available in a wide range of configurations. The design allows easy scale up per specific process requirements.
Overview
What is Tangential Flow Filtration?
Tangential flow filtration is a membrane technology for concentration, dialysis and separation, usually retaining the molecular weight range of 1-1000kDa. Unlike traditional vertical filtration, in tangential flow filtration, the fluid flows tangentially across the membrane surface and the transmembrane pressure difference created by the fluid presses a portion of the solution against the filter membrane, while the retained portion circulates back through the system.
During the whole process, the liquid flows continuously through the membrane surface, so that the membrane surface is not easy to form a gel layer, the particles in the liquid will not quickly block the membrane, maintaining a stable filtration speed.
Cobetter Consieve®️ TFF Cassette
Cobetter Consieve®️ Cassettes are available in regenerated cellulose(RC) and polyethersulfone (PES) ultrafiltration membranes.
· UFC-RC Membranes – ideal for therapeutic proteins (such as monoclonal antibodies) and recombinant and non-recombinant proteins.
· UET-PES Membranes – ideal for monoclonal antibodies and solutions containing albumin, hormones, vaccines and growth factors.
Available molecular weight cut offs
3 kDa, 5 kDa, 8 kDa, 10 kDa, 30 kDa, 50 kDa, 100 kDa, 300 kDa
Available sizes
0.01m², 0.02m², 0.11m², 0.46m², 2.33m²
Features
· Easy to install and maintain
· Low protein binding and optimum product recovery
· Broad chemical compatibility: PES pH 1-14, RC pH 2-13
· Membrane cleaning and storage can be accomplished by using NaOH
· Integrity tested during manufacture to ensure reliable performance
Applications
· Concentration and desalting of mAbs, plasma, insulin, peptides, and vaccines
· Dialysis, desalination, buffer replacement
· Removal of large molecules
· Separation and purification
How to use a Ultrafiltration Cassette?
Rinse before use
Before using a new or used-and-stored cassette, rinse the storage solution from the TFF cassette first.
Measuring Water Flux
Measuring water flux involves measuring the flow of water through the TFF cassette’s membrane under controlled conditions. Convert the measuring value into standard water flux, which is an indicator of the performance of the TFF cassette.
Integrity Test
Before using your TFF cassette and holder to process product, test the cross-flow system to ensure it does not leak. Then make the integrity test of the cassette.
Related Articles:
What is the Difference Between Normal Flow Filtration and Tangential Flow Filtration?
mRNA Vaccine Manufacturing Strategy 1 --Plasmid DNA Production
mRNA Vaccine Manufacturing Strategy 2 - IVT in mRNA Production
Cobetter Minilab TFF Tangential Flow Filtration System
Application of Ultrafiltration in High-concentration Formulations Production
Video
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