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Member Spotlight: Atmus Filtration Drives the Future of Advanced Media Design

The Nonwovens Institute is proud to recognize Atmus Filtration, Inc. as a key member of our industry-leading ecosystem. From proprietary nanofiber distributions to sustainable polymer processing, Atmus is leveraging its NWI membership to push the boundaries of filtration efficiency, asset protection, and industrial scalability.

Pleated filter elements being manufactured on-site at Atmus Filtration Technologies utilizing Synthetic filter media produced by Atmus.
Pleated filter elements being manufactured on-site at Atmus Filtration Technologies utilizing Synthetic filter media produced by Atmus.

The Nonwovens Institute (NWI) is pleased to recognize Atmus Filtration, Inc. as one of more than 50 industry-leading organizations who are members of the Institute.  

“Our nonwovens technology is integral in developing the next-generation filtration media,” said Kevin South; Director of Media Technology at Atmus Filtration.  “We develop high-performance nonwoven media optimized for fine particle efficiency, low pressure drop, and extended service life. These performance gains are enabled by our capabilities in polymer processing, fiber spinning, and laminate construction.. Our research team focuses on designing polymer blends and melt-blown nonwovens that optimize filtration efficiency, durability and sustainability.”

Drawing upon extensive experience in meltblowing technology, Atmus Filtration drives continuous improvement it its processes to develop fine fibers designed for targeted applications, such as air and liquid filtration.   Development efforts emphasize scalability, ensuring lab innovations translate seamlessly into industrial production.  Eco-friendly materials and processes reduce environmental impact while meeting stringent performance standards.

“With a collaborative approach, we partner with industry leaders to push the limits of nonwoven technology, delivering solutions that set new benchmarks in filtration performance,” added Mr. South who highlighted several developments including:

  • Layered media advancements, including synthetic, glass and natural fibers (e.g., PBT, PP, Nylon, PET, Cellulose, Glass), to balance mechanical strength, chemical resistance and environmental sustainability
  • Proprietary processes that produce Nano fibers and Polydisperse Nano and Micro fiber distributions within a single nonwoven structure, delivering superior filtration efficiency, low pressure drop and tailored particle capture across multiple size ranges.

These technological advancements deliver superior asset protection and longer filter life.

Atmus Filtration Innovations
offering increasing efficiency, capacity and packaging optionality (Moving L to R)
Atmus Filtration Innovations offering increasing efficiency, capacity and packaging optionality (Moving L to R).

“Our participation in The Nonwovens Institute supports this approach,” said South, “enabling us to drive innovation across the filtration ecosystem and strengthen our competitive position in advanced media design.”

In a recent press release by the company, Greg Hoverson; Vice President and Chief Technical Officer noted, “Today’s filtration challenges are being shaped by fundamental changes in energy, chemistry and system design. Organizations that invest in deep technical expertise, data driven insights and agile innovation will be best positioned to lead through uncertainty and capture new opportunities.” (1) 

Founded within Cummins, Inc in 1958 and independent since 2023, Atmus Filtration Inc. brings more than 65 years of innovation and engineering expertise to deliver high-performance filtration solutions.

Atmus Technologies, Inc. press release, February 26, 2026. https://www.atmus.com/news/company-news/atmus-executive-present-world-filtration-institute-cfss-2026