Nanoweb synthetic nanofiber media - Hollingsworth & Vose

0721071 NanowebInsert_Layout 1 3/8/11 11:33 AM Page 1Nanoweb synthetic nanofiber mediaDemanding heavy-duty filtration applications call for long-lasting, extremely durablenanofiber media. As a leader in developing state-of-the-art filter technologies,Hollingsworth and Vose Company has exceptional expertise in designing filtration mediawith high dirt-holding capacity for the toughest environments.Strength and enduranceenable H&V’s Nanowebsynthetic media to excelwhere other nanofibersmay fail. With superiorstructure, Nanowebrepresents an improvementin existingnanofiber technology thatsurpasses industryperformance standardswith enhanced efficiency.Nanoweb ® , H&V’s proprietary nanofiber technology, is designed to significantly enhanceparticle capture efficiency at a minimal increase in pressure drop, compared to electrospunproducts.Nanoweb’s layered design is more robust than existing nanofiber technology. This increaseddurability allows the filter media to maintain integrity in high moisture, high viscosity, orheavy dust environments. The technology presents a lasting filtration solution for a widerange of challenging air and liquid filtration applications, including:• Gas turbine dust collector• Heavy-duty air• HVAC air filtration• Auto air intake• Fuel filtration• Lube filtration• Liquid filtrationH&V’s redesign of nanofiber technology yields an improvement in productmanufacturability. This increase in productivity makes Nanoweb a lower cost alternative totraditional electrospun media. For a customized solution, H&V offers two product grades tomeet your individual process needs.Benefits• Excellent fine particle soot filtration increases efficiency• Durable nanofibers enable superior dust-holding capacity• Enhanced pulse cleanability extends filter life• Improved manufacturability lowers costs• Layered design holds up better in liquid, fuel, oil, or water applications

0721071 NanowebInsert_Layout 1 3/8/11 11:33 AM Page 2H&V’s Nanoweb technology offers better performance at a lower cost, and its particlecapture efficiency is enhanced by a number of features.Pulse cleanabilityNanoweb’s fibrous matrix design structure allows particle capture with excellent releaseproperties for pulse cleaning applications.Particles are allowed into the matrix, increasing dust holding, but the matrix design alsoallows particle release when pulsed.6Filter Life — Pulse Cleanability5Operating Time (Hours)43210H&V NanowebUncoated SubstrateFine dust-holding capacityIn addition to better pulse cleanability, Nanoweb offers excellent dust-loading capacity, asignificant advantage over electrospun surfaces consisting of only fine fibers that can beeasily destroyed. Nanoweb’s durable nanofiber coating is comprised of a mix of small andlarge fibers that retain particles with advanced control.80Increased AC Fine Dust-Holding Capacitywww.hollingsworth-vose.comHollingsworth & Vose Company112 Washington StreetEast Walpole, MA 02032 U.S.A.508-850-2000Hollingsworth & Vose EuropeFriedberger Strasse 191D-61118 Bad Vilbel, GermanyTel +49 (0) 6101 98167-00Fax +49 (0) 6101 98167-20Fine Dust Holding Capacity (g/m 2 )706050403020100H&V NanowebFiltration EfficiencyUncoated SubstrateHollingsworth & Vose (Suzhou)Co., Ltd.No. 39 Song Bei RoadSuzhou Industrial Park,Jiangsu, China 215126Tel (+86) 512-6767 8600Fax (+86) 512-6767 8652Nanoweb is a registered trademark ofHollingsworth & Vose Company. The H&Vlogo is a registered trademark ofHollingsworth & Vose Company. All othermarks are trademarks of their respectivecompanies.© 2007 Hollingsworth & Vose. All rightsreserved.% Efficiency80706050403020100H&V NanowebUncoated Substrate0.4 - 0.5 micro particles7.5 cm/s face velocity11/07 Printed in U.S.A. 0721071