For non-members who want to post their job opening.
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Standard Procedure: NWSP 080.3.R1 (24)
Evaluation of Water Penetration (Spray Impact Test) of Nonwoven Fabrics
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Standard Procedure: NWSP 160.3.R1 (24)
Measuring Fibrous Debris From Nonwoven Fabrics
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This e-learning is a series of video recordings from a live presentation of the course, and it reviews the basic nomenclature, production processes, fabric attributes, and market uses to understand products made with nonwovens and engineered materials, and their marketplace.
With a focus toward professionals who are new to nonwovens, this presentation provides a platform for industry newcomers to recognize and appreciate the diversity of nonwovens and engineered... Details
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This e-learning is a series of video recordings from a live presentation of the course, and it teaches how to select the correct technology to meet product performance and attribute requirements. The course includes the fundamental chemical and physical make up of nonwovens, the properties of materials used in making them, and the manufacturing processes used to produce them.
The content is designed for industry professionals with nonwovens experience or a technical background. It ... Details
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Discover how nonwovens evolved from simple disposables into high-performance engineered materials that underpin a $60 billion global industry. By mastering the structural distinctions and end-to-life vocabulary, you will gain the technical fluency needed to navigate the entire nonwoven value chain with confidence. This course equips you with a macro-level understanding of the market drivers and segments that dictate success in today's circular economy.
Seat Time: 22... Details
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Navigate the complex spectrum of nonwoven inputs—from natural and regenerated fibers to high-performance synthetics and biopolymers—to master the industry's fundamental building blocks. In this course, you will dissect the science behind fiber morphology, extrusion processes, and spin finishes to understand how microscopic variances dictate macroscopic performance like strength and absorption. This knowledge empowers you to understand material selections that optimize cost,... Details
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Explore the engineering principles behind the industry’s three core formation technologies—drylaid, wetlaid, and spunlaid—and how they transform raw inputs into structured webs. In this course, you will understand how mechanical, hydraulic, and aerodynamic forces are manipulated during production to dictate the physical architecture and directionality of the fabric. This course teaches you to map specific manufacturing processes to critical performance metrics.
Seat... Details
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Mastering web bonding is the bridge between a fragile collection of fibers and a high-performance, durable fabric. In this course, you will decode the engineering behind the three primary bonding routes—mechanical, thermal, and chemical—to understand how "industrial gluing" and "sound welding" create everything from cloud-like diaper cores to liquid-proof medical barriers. By the end, you will be able to strategically match bonding technologies to your customers' product... Details
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FG501 - Toilet and Drain Line Test
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Slosh Box Disintegration Test
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Aerobic Biodisintegration Test
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Anaerobic Biodisintegration Test
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FiltXPO 2025 Conference Proceedings
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Annual Flushability Assessment
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Annual Flushability Assessment - Second Half
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Hygienix 2025 Conference Proceedings
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IDEA 2025 Conference Proceedings
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NEW 2021 Release. Technical Resource with 124 material samples to touch and compare. The 178-page publication details nonwoven processes and definitions, typical end-uses, processing steps and benefits.
Table of Contents and Figures Click Here
List of Samples Details
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