Pall™ Supor™ EAV Mini Kleenpak™ capsules for bioburden control
Supor™ EAV membrane in Mini Kleenpak™ capsules, part of our Pall filtration portfolio, are designed for effective bioburden and particle control of buffers and biological process fluids.
Pall™ Supor™ EAV Mini Kleenpak™ capsules for bioburden control
Supor™ EAV membrane in Mini Kleenpak™ capsules, part of our Pall filtration portfolio, are designed for effective bioburden and particle control of buffers and biological process fluids.
1. Sterilization options
2. Effective filtration area
3. Format
4. Inlet/Outlet connection
Overview
Supor™ EAV membrane in Mini Kleenpak™ capsules, part of our Pall filtration portfolio, are designed for effective bioburden and particle control of buffers and biological process fluids.
- Titer reduction claim in excess of 6 log guarantees excellent microbial filtration efficiency in processes with variable bioburden
- Broad pH compatibility PES membrane for processing a wide range of fluids
- Polyethersulfone membrane has low adsorption profile for maximum transmission of proteins
- Available pre-sterilized or non sterile, suitable for autoclave or gamma irradiation
- Built-in asymmetric prefilter layer for long-life and low filtration costs
- Made without intentionally using PFAS
Supor™ EAV filters deliver high throughputs and flow rates when utilized for the protection of buffers and biological process fluids. Supor™ EAV filters allow for reduced sizing of filter systems with improved process efficiencies when use of validated sterilizing grade filters is not essential, but reliable bioburden control is. The filters are also effective prefilters for protection and extended life of 0.2 µm sterilizing grade and finer membrane filters where required.
Supor™ EAV filters are validated to achieve a titer reduction of 6 LRV when challenged with B. diminuta (ATCC 19146).
Mini Kleenpak capsules are used in the laboratory for process development and in pilot and manufacturing scale operations if processing requirements do not demand a large filter (process volumes from 2 L to 50 L). These filters are excellent for modeling filter performance at large production scale
