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Lydall Lauches Membrane Air Media

December 17, 2008

Technology obtained through DSM acquisition.

Lydall Performance Materials has launched Arioso, a new line of high performance air filtration composite media based on Solupor microporous membranes. These membranes are a new technology platform obtained through the acquisition of DSM Solutech B.V., announced earlier this month.

Arioso composite air filtration media is based on microporous membranes that are composed of ultrahigh molecular weight polyethylene and manufactured by a patented process. Possessing a structure consisting of a micro-fibrillar, laminar membrane network, Arioso provides exceptionally high filtration efficiency at an extremely low resistance to air flow. “This new media technology is a natural fit with Lydall’s ongoing focus to provide customers with the highest level of air filtration performance available,” said Patrick Apfeld, vice president of marketing and business development for Lydall Performance Materials. “The exceptional efficiency performance of this media is based solely on mechanical effects and does not rely on an electrostatic charge to collect particles from an air stream. Because of its unique structure, it will greatly reduce the force required to move air through a filter when compared to other traditional mechanical filter media. We have received extremely positive feedback from customers at the prospect of both lowering overall system cost and enhancing filtration performance.”

Arioso composite media will be available in efficiencies ranging from traditional ASHRAE through ULPA.

“In addition to providing a high performance solution to Lydall’s existing customer base, we are excited that Arioso will allow us to expand into markets that Lydall has not traditionally served,” said Kevin Longe, president of Lydall Performance Materials. “Dust Collection and Gas Turbine air filtration applications, for example, are new markets for us that will benefit significantly from this highly durable membrane with superior dust collection and dust release capabilities.”

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