Nanofiber Filter Media
Nanofiber filter media are advanced filtration materials made using nanotechnology, typically through electrospinning. These ultra-fine fibers, usually with diameters below 500 nanometers, form a web-like structure that significantly enhances particle capture efficiency.
Especially effective at capturing submicron particles such as PM10 and PM2.5.
Offers excellent airflow with minimal resistance.
Unlike electret materials, nanofiber media do not rely on electrostatic charge, ensuring long-term stability.
Suitable for HVAC systems, cleanrooms, automotive cabins, medical environments, and personal protective equipment (PPE).
Filtration Mechanism
Filter Material
For filtration, it is generally understood that the smaller the fiber diameter, the better the filtration performance.
Nanofiber filter media demonstrate improved filter lifespan and more contaminant holding capacity in many laboratory tests and actual operating environments.
Additionally, to filter increasingly finer particles, a transition from micro-sized to nano-sized fibers is required.
- Melt Blown Synthetic Fiber
- Glass Fiber
Melt Blown Synthetic Fiber and Glass Fiber require a higher packing density or apply electrostatic charge to achieve the desire filtration efficiency due to the larger fiber diameters and pore sizes.
Nanofiber filter media with small fiber diameters, pore sizes and high aspect ratio is an ideal filter media compare to Melt Blown Synthetic Fiber and Glass Fiber filter media.
Want to test our technology?
Experience the power of our nanofiber technology for yourself.
Request a free sample today and see how our materials can enhance your product’s performance.
