We now offer our Alphastar™ tribo-electric nonwoven and our NeenahPure™ meltblown nonwoven with an activated carbon layer for pleatable and bag filters. These high-efficiency, electrostatic filter media can be developed meeting your individual…
We offer advanced filter media solutions for gas turbine air intake systems, helping to ensure the reliable and efficient operation of power generation facilities, which are dealing with challenging environments with high heat, high humidity, and, in…
With our state-of-the-art production facilities and decades of experience, we customize filter media, pleat support and a wide range of diverse filter components to your specific needs and application. Our own research and innovation department…
Even if fully synthetic materials and components do not always have a good reputation, they are often the better solution compared to metal alternatives. In filtration technology, synthetic filter components offer a range of compelling benefits that…
Air pollution control is vital for enhancing air quality and reducing health risks linked to contaminated air in industrial settings. Effective strategies can mitigate serious issues such as respiratory diseases, acid rain, smog, and global warming,…
Reprocessing waste water in industrial processes is crucial for maintaining existing resources, effectively removing pollutants and production residues, and ensuring the maintenance of process and production efficiencies.
In the food and beverage industry filtration of raw ingredients, during production as well as in the final inspection is so important because it ensures a consistent product quality, taste and product standard.
Our commitment to a cleaner and healthier environment is at the heart of everything we do. That's why we're proud to produce top-of-the-line meltblown, thermo-bonded media and triboelectric nonwoven media for pocket and pleated filters. Designed to…
The quality and function of the oil film between moving engine parts are crucial for an engine's smooth running and longevity. Even very fine particles (1 μm) can significantly accelerate engine wear by disrupting the homogeneous separating layer of…