Posts in category

Bio-Based Fiber


Industry leaders engage on sustainable solutions and other hot topics in textile fiber applications and technology

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Cellulose and cellulose-blend fibers derived by HighPerCell technology

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Gaston College gets the green light to build state-of-the-art Fiber Innovation Center

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Bio-based or biofiber Classification

A biofiber is a fiber derived of biological origin, whether produced naturally or via a regenerated process. The classification can be broken down further as a collection of cells in which the diameter is negligible in comparison with the length, which is consistent with the definition of a manmade polymer. A polymer is a larger …

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Growth of plastics

The nonwovens industry supplies a diverse range of products to multiple markets. Many of these products, especially those that target consumers, such as hygiene products and wipes, are largely designed for single-use application. In terms of the lifecycle of these products, the end of life choices for most nonwovens are largely three-fold: landfill, incineration, or …

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The odor absorption properties of Triporous outdoor apparel

Many of Japan’s major corporations began as fiber manufacturers, and their expansion has been decades long, typically involving diversification into other fields such as chemicals, plastics, pharmaceuticals, life sciences, real estate, etc. Asahi Kasei, Kuraray, Teijin, Toray Industries and Toyobo, for example, all emerged as manufacturers of viscose rayon in the 1920s and have remained …

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A couture garment that harnesses the super-contraction of Brewed Protein fibers

Over the past century, man has truly harnessed the power of artificial polymer materials; polymeric fiber materials have allowed for applications not possible with the use of natural fibers. Driven by cost, ease of processing and variety of applications, the use of synthetic polymer fibers has expanded to all corners of life. However, these polymers …

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Twin screw extruder used in the FIBFAB project. Photos: AIMPLAS

Most fabrics currently available on the market are made of natural fibers, such as cotton and wool, and polyester (PES) blends. With the aim of finding a more sustainable material to produce clothing, polylactic acid (PLA) has been used to replace PES. PLA is biodegradable, compostable and obtained from renewable resources. It is also suitable for obtaining melt-processable fibers. PLA’s …

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