Novamem's membranes are ingeniously designed to effectively repel both water and oil, ensuring pristine separation and contamination prevention. Moreover, their advanced structure facilitates seamless pressure equalization, optimizing performance under varying conditions. This dual capability underscores their versatility and reliability in challenging environments.

Novamem's venting membrane is specifically engineered to mitigate condensation, providing a drier and more stable environment within enclosed spaces. By allowing efficient gas transfer while repelling moisture, the membrane maintains an optimal balance of internal conditions. This functionality ensures prolonged equipment lifespan and reduced maintenance needs.

Our venting membrane offers exceptional protection against even the minutest of particles. Its intricate pore structure ensures that contaminants remain external, safeguarding sensitive components or environments within. This precision-engineered barrier translates to heightened reliability and cleanliness in applications where purity is paramount.

Novamem's venting membrane is distinctively designed for high air flow rates, ensuring swift and efficient gas transfer. This superior airflow capability ensures rapid pressure equalization while maintaining its protective barriers. As a result, it guarantees optimal performance even in dynamic environments where rapid venting is crucial.

Thanks to meticulous polymer selection, Novamem's venting membrane boasts remarkable temperature resistance. This ensures that the membrane retains its structural integrity and performance capabilities across a wide temperature range. Such resilience underscores the membrane's suitability for applications in fluctuating or extreme temperature conditions.

slash/ venting membranes are engineered to deliver unwavering performance, even under the most aggressive chemical conditions. Its specialized composition ensures resistance to corrosive agents and challenging chemical exposures. As a result, it remains a reliable choice for applications demanding robust chemical resilience.