Edge Hydrophobic

Edge Hydrophobic:

Edge Hydrophobic Membrane Filters are premium-grade filtration media designed for critical gas and air filtration applications across various industries. Made from chemically inert, hydrophobic materials, these filters repel water while allowing gases and non-aqueous fluids to pass through freely and efficiently. Their unique membrane structure makes them a dependable solution for high-performance and sterile filtration needs.

Superior Water Repellency and Airflow

At the core of each filter is a hydrophobic membrane that prevents water intrusion while supporting high airflow. This property ensures that moisture and condensation do not compromise system performance, making the filters ideal for use in humid environments or applications where sterility is essential. This includes uses such as gas sterilization, sterile venting, and protecting vacuum lines from water vapor or liquid contamination.

Ideal for Demanding Applications

Edge Hydrophobic Filters are widely used in pharmaceutical, biotechnology, environmental monitoring, and industrial processes where clean, dry air or gas is critical. Their strong chemical resistance and low extractable levels support compatibility with aggressive gases or solvents, ensuring the integrity of both the filtration system and the final product.

High Performance Under Pressure

These filters maintain excellent mechanical strength and barrier integrity, even under varying pressures and operating conditions. Whether used in lab-scale systems or full-scale industrial operations, they provide consistent, contamination-free filtration with minimal maintenance.

Customizable Pore Sizes and Configurations

To meet a range of operational needs, Edge Hydrophobic Membrane Filters are available in multiple pore sizes and formats, allowing users to choose the most effective configuration for specific flow rates, particle retention requirements, and system designs.

Reliable and Consistent Results

Engineered for long-term performance, these filters deliver reliable results that help maintain system sterility, extend equipment life, and improve overall process efficiency. Their versatile design makes them suitable for both standalone filtration and integration into complex gas-handling systems.