Access the most recent editions of Nonwovens Industry magazing featuring timely analysis and industry-leading reporting.
Read our interactive digital magazine, complete with enhanced multimedia and user-friendly navigation.
For more than 60 years, Nonwovens Industry has been your trusted source for global coverage of the household and personal products industry.
Subscribe to receive the latest news and insights from Nonwovens Industry magazine in print or digital formats.
Promote your brand to decision-makers across the global nonwovens supply chain through targeted advertising opportunities.
View our standards for content submissions, including formatting and editorial best practices.
Learn how we protect and manage your personal data.
Review the terms governing your access to and use of the Nonwovens Industry website.
Updates on company earnings, mergers, and acquisitions.
Announcements and innovations from material and equipment suppliers.
Product launches and technology rollouts in nonwovens.
General industry news covering manufacturing, sustainability, and market trends.
Executive moves, promotions, and leadership changes.
Spotlight features on emerging or noteworthy companies.
Key patent filings and innovations in the nonwovens space.
Expert perspectives on major trends and market shifts.
Dive into in-depth reports on global industry drivers, application areas, and breakthrough technologies.
Recurring editorial columns covering regulatory updates, sustainability, and commercial strategy.
Access original articles and interviews offering unique insights into business strategy, innovation, and market direction.
Industry leaders and analysts share their views on evolving challenges and opportunities in nonwovens.
Visual roundups from events, product showcases, and industry highlights.
Insight into thermal bonding via heated air for loft and softness.
Coverage on short-fiber web formation technologies.
Deep dives into continuous filament technologies and layered structures.
Mechanically bonded web technologies for durable fabrics.
Hydroentanglement processes for high-performance nonwovens.
Paper-like nonwovens formed through slurry and fiber suspension systems.
Profiles and rankings of the world’s leading nonwovens producers and brands.
Search materials, machinery, and services across the supply chain.
Discover nonwoven-based hygiene product brands.
Explore companies behind major hygiene product lines.
Submit your company for inclusion in our directories.
Learn more about leading nonwovens companies and their capabilities.
Find definitions of key industry terms and technologies.
In-depth interviews, product demos, and event highlights.
Short-form video interviews offering quick updates and takeaways.
Comprehensive publications on specialized topics in nonwovens.
Company-driven insights, case studies, and thought leadership presented in collaboration with Nonwovens Industry.
Stay up to date with official announcements from companies in the sector.
Listings of top global industry gatherings.
On-site reporting from major exhibitions.
Virtual sessions covering key technologies, market updates, and expert discussions.
What are you searching for?
U.S. Patent No. 9,668,926
September 11, 2017
By: Karen McIntyre
Editor
Hans Adolf Jackels, Euskircken, Germany; and Carsten Heinrich Kreuzer, Schwalbach, Germany. Assigned to The Procter & Gamble Company, Cincinnati, OH. Filed: 6/8/12 Issued: 6/6/17 A method of making an absorbent structure having an absorbent layer and therein longitudinally extending strips that are free of absorbent material, the absorbent layer being supported on a supporting sheet, the method comprising the steps of: providing a moving endless surface moving in a machine direction (MD) having an outer shell with a forming receptacle, having an average width and transverse direction and dimension, and having an average length and longitudinal dimension, the average length being more than the average width; the receptacle comprising a multitude of substantially longitudinally extending rods, spaced apart from one another in a transverse direction, each rod having a maximum transverse width dimension of at least 0.3 mm and each of the rods having a top portion and an opposing bottom portion, the bottom portion being adjacent an inner grid, and the minimum distance transversely between neighboring rods being at least 1 mm, and the rods each having an average height dimension perpendicular to the transverse and longitudinal dimensions of at least 1 mm; the moving endless surface being connected to one or more vacuum systems applying a vacuum suction to the receptacle; receiving absorbent material on a second moving endless surface comprising longitudinally extending rows of cavities, wherein the rows of cavities are separated from each other by raised strips; retaining the absorbent material in the cavities; applying adhesive to the supporting sheet in substantially longitudinal stripes; transporting the supporting sheet to the outer shell, onto the top portions of the rods; pulling the supporting sheet having the longitudinal stripes of adhesive partially in between neighboring rods by the vacuum suction, to form undulations in the supporting sheet between the rods and to form crests on the upper portion of the rods; depositing absorbent material onto the supporting sheet present on the forming receptacle; mating the raised strips and the rods during transfer of the absorbent material to the supporting sheet; pulling the absorbent material with the vacuum suction into the undulations of the supporting sheet and onto the longitudinal stripes of adhesive between neighboring rods to form absorbent strips; removing absorbent material remaining on the crests of the supporting sheet; applying adhesive to the absorbent strips and the supporting sheet between the absorbent strips to form a first absorbent structure; and removing the first absorbent structure from the moving endless surface; repeating the previous steps to form a second absorbent structure; and combining the first absorbent structure and the second absorbent structure with a pressure roll having a raised pressure pattern by applying pressure with the raised pressure pattern to the first absorbent structure and the second absorbent structure where no absorbent material is present, such that the absorbent layers of both structures are sandwiched between the supporting sheet of the first structure and the supporting sheet of the second structure.
Enter the destination URL
Or link to existing content
Enter your account email.
A verification code was sent to your email, Enter the 6-digit code sent to your mail.
Didn't get the code? Check your spam folder or resend code
Set a new password for signing in and accessing your data.
Your Password has been Updated !