Vent Disc Filter
MLS DF5 Series filter is self-contained, compact, high flow, liquid rated, sterilizing-grade devices that meets the critical demands of the pharmaceutical, biotechnology and related industries. The product is designed and purpose built for small-scale critical air and gas filtration applications. Rugged polypropylene housings have broad chemical compatibility, Hydrophobic membranes, including PTFE, PVDF, fiberglass laminate, provide high efficiency removal of airborne bacteria and particulate under dry or moist conditions. These devices act as barriers on air lines. They prevent the entry of water and aerosols into sensitive equipment and also protect the lab environment from aerosolized
MLS DF5 Series filter is self-contained, compact, high flow, liquid rated, sterilizing-grade devices that meets the critical demands of the pharmaceutical, biotechnology and related industries. The product is designed and purpose built for small-scale critical air and gas filtration applications.
Rugged polypropylene housings have broad chemical compatibility, Hydrophobic membranes, including PTFE, PVDF, fiberglass laminate, provide high efficiency removal of airborne bacteria and particulate under dry or moist conditions.
These devices act as barriers on air lines. They prevent the entry of water and aerosols into sensitive equipment and also protect the lab environment from aerosolized
Applications
- Venting receiving vessels, isolation, or environmental chambers
- Use in-line for low-pressure sterile air/gas delivery
- Bioreactor to instruments and culture vessels
- Fermentation tanks, bio-isolation of a vacuum source
- Carboys and other small containers
- Flushing instruments and cleaning parts
Materials
- Filter Media: PP/PES/PVDF/PTFE/Nylon
- Support Layers: Polypropylene
Features and Benefits
- Ideal for small-volume venting, solvent and gas filtration with broad chemical compatibility.
- Economical; available in bulk packaging and 100% integrity tested during manufacture.
- Individual serialized for optimum traceability in critical applications.
