Sartocon® ECO PES Cassette
PES membrane is a membrane polymer that is well established in the biotechnological and pharmaceutical industries. It is a stable polymer featuring a broad pH and temperature range. PES membranes are designed for use in the biotechnical and pharmaceutical industries.
Stable polymer featuring a broad pH and temperature range
- Minimal adsorption of proteins, viruses, etc.
- Membrane regeneration, storage and depyrogenation can be accomplished by using NaOH even at elevated temperatures
- Membrane retention is unaffected by repeated re-use
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*Custom/bulk order quotes are provided within 72 hours of request.
PES ECO ultrafiltration cassettes are available in the following molecular weight cut-offs: 10 kDa30 kDa100 kDa300 kDaHydrosart® ECO main applications are:IGgBlood factorsEnzymesPeptides"
IndustryPharma / Biotech
Bacterial Endotoxins< 0.18 EU/mL as determined by the LAL test
Biological ReactivityAll materials of this filter element meet the requirements of the current USP Biological Reactivity tests <88> for plastics Class VI (Systemic Injection, Intracutaneous and Implantation tests).
ExtractablesThe total amount of extractables is well below the limits established by the current USP unter "Sterile Water for Injection".
Filtration Area0.7 m²
Flow Channel GeometryProtein conc. <20% /or viscosity max.3cp
Cassette FormatSartocon Cassettes
Filter ConfigurationSartocon® ECO
Materials of Construction
Integral FramePolypropylene (PP)
Membrane MaterialPolyethersulfone (PES)
Sealing CompoundSilicone White (High chemical resistance)
Maximum Inlet Pressure4 bar
pH StabilitypH 1 – 14
The Sartoflow® 20 stainless steel holder with hydraulic is designed for TFF applications from 200 L to 2500 L volumes. The holder is optimized for use with 4 Sartocon® up to 20 Sartocube® production scale TFF cassettes (max. 14 m2). Typical applications of the Sartoflow® 20 system includes concentration and diafiltration of proteins, vaccines, antibodies, oligo nucleotides, endotoxin removal etc., cell harvesting and clarification processes.