MecNa™ is our revolutionary air filter media which addresses the common issue of reduced lifespan due to low dust holding capacity in current nanofiber filter media. Developed in the post-COVID pandemic era, when guaranteed efficiency for critical filtration applications became essential, MecNa™ sets a new standard by offering unparalleled longevity and filtration performance.
The uniqueness of MecNa™ is its revolutionary 3D nanofiberstructured media design. Unlike continuous electrospun fibers MecNa™ embeds individual nanofibers within the filter media, enhancing both durability and performance.
This particular construction overcomes the typical limitation of reduced lifespan of filter elements due to low dust holding capacity, ensuring high initial resistance to airflow. Additionally, since it relies on mechanical filtration, you can count on consistent efficiency without any particle removal efficiency dropping problems commonly seen in electrostatic filter media.
The MecNa™ 3D nanofiber-structured filter media revolutionizes filtration technology by offering enhanced durability, ensuring long-lasting performance in various settings. The mechanical filter properties ensure consistent efficiency which is maintained throughout its life, outperforming electrostatic filter media whose performance can degrade over time.
With a low pressure drop, it supports efficient airflow and system performance while enhancing energy efficiency. Its superior dust holding capacity captures more contaminants before needing replacement, making it an ideal choice for diverse and challenging environments.
MecNa™ | Conventional nanofiber media | Meltblown nonwoven media | |
Nanofiber integration | Nanofibers embedded in media structure | 2D nanofiber layer | Fine fiber media layer |
Depth or surface filtration | Depth | Surface | Depth/Surface |
Size of fiber | Submicron fiber size | Submicron fiber size | Micron sized fibers |
Dust holding capacity | Highest DHC | Lowest DHC | Moderate DHC |
Does efficiency drop with APP-J conditioning or IPA discharging? | No | No | Yes |
Resistence to airflow | Lowest resistence | Highest resistence | Moderate resistence |
Meanflow pore size | Moderate | Smallest | Moderate |