Applications
From dry dust collection to liquid filtration, our non-woven media is built to perform. We offer solutions for dry, wet, wet/dry, and micron-rated applications—giving you the flexibility to meet specific filtration needs with precision and reliability.
Dry
In dry applications, our non-woven filtration media captures and removes dust and airborne particulates from industrial air streams. It works by trapping particles on and within the fiber structure while allowing clean air to pass through, helping maintain air quality and system efficiency.
This process protects equipment, reduces emissions, and supports a cleaner, safer operating environment—all while delivering consistent, reliable filtration performance.
Wet
In wet applications, non-woven filtration media is used to separate solids from liquids during industrial processes. Its fiber structure captures particles while allowing fluid to pass through, delivering efficient clarification and consistent flow.
This makes it ideal for liquid filtration systems, helping improve product purity, protect equipment, and maintain smooth, reliable operations.
Wet/Dry
In wet/dry applications, non-woven filtration media is designed to handle both liquid and particulate filtration within the same system or process. Its versatile fiber structure effectively captures solids from liquids while also performing in dry dust collection environments.
This adaptability makes it ideal for operations with varying conditions, helping maintain consistent performance, protect equipment, and ensure efficient, uninterrupted processing.
Micron Rated
In micron-rated applications, non-woven filtration media is engineered to capture particles at specific, controlled sizes. Designed for precision filtration, the media consistently removes fine contaminants while maintaining steady flow and efficiency.
This level of accuracy makes it ideal for processes that require strict filtration performance, helping improve product quality, protect downstream equipment, and ensure reliable, repeatable results.