Posts in category

Nonwoven


Filtration for the Future

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Driving the Future of Lightweight Mobility Design

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Sustainable Advances in PLA Spunbond Nonwovens for Hygiene Applications

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Oerlikon Neumag's meltblown pilot plant

Almost 500,000 tons of nonwovens are currently used annually in the production of filters, which corresponds to approximately 10% of current worldwide industrial nonwovens manufactured. Here, the filter market is split into two areas: air and liquid filtration. While in excess of 170,000 tons of nonwovens were manufactured for gas/air filters in 2015, the volume for liquid filters was almost double at around 295,000 tons.

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By Adrian Wilson, Correspondent

Attracting over 7,000 attendees and 555 exhibitors, INDA’s IDEA16, held in Boston from May 2-5, broke all previous exhibitor and attendee records and the buoyancy of the North American nonwovens industry was very apparent. Yet on a global level, two factors continue to exert a strong influence – the progress of China and the price of oil.

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TAPPI is pleased to announce that the 2016 NETInc Conference. NETInc (Innovative Nonwovens Conference) will be held in Cincinnati, Ohio on May 15-18, 2016. The NETInc Conference is organized by the Nonwovens Engineers and Technologists (NET) Division of TAPPI. NETInc is the perfect forum for Nonwovens Industry professionals and academics to share information that encourages …

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Voting Now Open Online at Nonwovens Industry Website INDA, the Association of the Nonwoven Fabrics Industry, has announced 15 leading companies are finalists in five categories for its IDEA16 Achievement Awards, in partnership with Nonwovens Industry magazine. Voting is now open online at: www.nonwovens-industry.com/idea16-achievement-awards. The awards recognize the brightest innovations from the leading companies, individuals, …

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Comoli’s E200 is a spindle driven winder designed to reach a speed of 3500 m/min that makes it suitable for direct spinning lines for continuous filament yarns, both multi-filament and mono-filament, of polyamide 6 and 66, polyester, polypropylene and other chemical fibers.

It provides an extremely precise package formation, based on parallel random winding combined with electronic traverse system. It offers the possibility of designing the shape and the tapering of the bi-conical output package, with both symmetric and also asymmetric (pineapple structure, for example) package sides.

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