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Partnership to curb the impact of microfibers in the environment

February 11th, 2019 / By: / EcoNote

Sympatex Technologies, based in Munich, Germany, says that experts believe that a viable future for the global apparel industry lies in a closed loop, in which the raw materials in the textiles are separated, recycled and re-used for new products. While many companies have already begun to align their future product strategies with this view, details still need to be worked out before such a closed loop actually functions 100 percent without “collateral damage.”

One of the issues was only recently discovered, and the industry has just begun to pinpoint the exact cause: microfibers released into our waters and oceans via washing machines. As small as they might be, their accumulated volume is so large that we can assume with great certainty that there will be foreseeable consequences for the animal and human food chains.

Against this backdrop, Sympatex, has joined forces with partners to develop and drive corresponding solutions forward.  Sympatex has released the initial results of a joint study on the issue of “Microplastic & Functional Textiles,” together with the Plastic Soup Foundation, a leading interest group focused on tackling the global plastic problem; the renowned Italian Research Council (IPCB-CNR); PlanetCare, a leading manufacturer of microplastic filters for washing machines; and the recently-formed Plastic Leak Project initiative, to which Sympatex belongs as a sponsor and partner.

In a broadly-structured, months-long series of studies, researchers have been examining mono-fraction polyester laminates from Sympatex—made of both recycled and non-recycled shell and lining materials—to determine exactly which approaches will help minimize the amount of microfibers released during the washing process. The initial results are promising. The special Sympatex lamination process, in which the polyester shell and/or lining materials are bonded with the Sympatex membrane, has been found to reduce the amount of microplastic particles that are loosened by 50 to 70 percent compared to non-laminated textile material. While examining the differences between recycled and non-recycled shell and lining materials, researchers were able to demonstrate that the use of recycled fiber materials is just as advantageous as using new raw materials. In some cases, even better values were achieved. The use of water-repellant, PFC-free coatings on the surface of the materials has shown no significant improvements to date.

By this summer, the analyses will be deepened and expanded to include the entire Sympatex portfolio, then enhanced with initial approaches for potential industrial optimization processes. The aim is to have a set of recommendations available in time for the next season and to be able to begin optimizing the apparel collections. At the same time, Sympatex is participating in the Plastic Leak Project from Quantis in order to help provide the industry faster and better information regarding the actual extent of the problem and to eventually make clear solutions available.

“Our explicit goal is to find technical ways to reduce the amount of fibers released by our laminates during washing by 85 percent, compared to conventional polyester textiles. For the remaining 15 percent, we need the washing machine industry and filters,” says Dr. Rüdiger Fox, managing director at Sympatex.