



The Cytiva Pall Acrovent Device with 0.2μm PTFE Membrane is an essential tool for any laboratory or bioprocessing facility requiring sterile gas exchange and contamination prevention. This sophisticated venting solution is specifically engineered with a hose barb connection, providing you with a quick and dependable way to achieve a streamlined, leak-proof integration with your existing setups.
The Acrovent Device features a cutting-edge PTFE membrane, synonymous with superior durability and filtration efficiency. This membrane is hydrophobic, effectively repelling water while allowing gases to pass through, ensuring your processes remain sterile. The device's universal fit and robust construction make it ideal for various applications, including bioreactors and fermenters, adding a reliable layer of safety and functionality to your workflow.
The Cytiva Pall Acrovent Device with 0.2μm PTFE Membrane is an essential tool for any laboratory or bioprocessing facility requiring sterile gas exchange and contamination prevention. This sophisticated venting solution is specifically engineered with a hose barb connection, providing you with a quick and dependable way to achieve a streamlined, leak-proof integration with your existing setups.
The Acrovent Device features a cutting-edge PTFE membrane, synonymous with superior durability and filtration efficiency. This membrane is hydrophobic, effectively repelling water while allowing gases to pass through, ensuring your processes remain sterile. The device's universal fit and robust construction make it ideal for various applications, including bioreactors and fermenters, adding a reliable layer of safety and functionality to your workflow.
1. What is the pore size of the membrane?
The pore size of the membrane is 0.2 micrometers, which is effective in filtering out microorganisms and particulate matter.
2. How is the Acrovent Device used?
The Acrovent Device is typically attached to containers, bioreactors, or fermenters to allow for sterile venting and gas exchange while preventing contamination.
3. What is the membrane made of?
The membrane is made of PTFE, a material known for its chemical resistance and excellent filtration capabilities.
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