Improving Microfiltration in Medical Devices
Microfiltration components in medical devices must combine several competing requirements. Explore how composite membrane architectures address these challenges.
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SEFAR MEDITEX® PORE White Paper
3-Layer Composite: A Solution for Microfiltration in Medical Devices
A New Approach to Microfiltration in Medical Devices
High flow rates, precise particle retention, mechanical robustness, and regulatory compliance often need to be achieved within limited design space. Traditional membrane materials frequently struggle to deliver this combination of performance.
SEFAR MEDITEX® PORE combines an electrospun nanofiber membrane with woven and knitted support layers. This structure enables filtration performance, permeability, and mechanical stability in one integrated material.
3-Layer Composite Architecture
The integration of nanofiber membranes with woven and knitted support layers improves venting and liquid filtration performance for demanding medical applications
Key Benefits
- Extremely high air/gas transmission at defined pore sizes
- Easy bonding with heat, ultrasonic or adhesive processes
- Mechanical stability for reliable handling and device integration
- Hydrophilic or hydrophobic surface properties tailored to the application
- Biocompatibility for use in demanding medical environments
Learn More
Learn how SEFAR MEDITEX PORE nanofiber membrane composites can help improve your venting and liquid filtration performance.
