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Datum
2023-09
Autor
Falkenreck, Celia Katharina
Schlagwort
570  Biowissenschaften, Biologie  600  Technik  TextilienNachhaltigkeitKunststoffverarbeitungBaumwollfaserRecycling
URI
doi:10.17170/kobra-202402069529
Metadata
Zur Langanzeige
Aufsatz

Textile Waste Becomes Plastic Composites

Zusammenfassung
Every year, large quantities of textiles end up in landfills or in thermal recycling. However, some of this waste could also serve as raw materials for composite materials. Left-over cotton fibers of the textile industry, for example, are suitable as reinforcing fibers that enhance the mechanical properties of bio-based plastics. By using such waste streams, materials can be reinforced in a cost-effective and bio-based way in the future.
Zitierform
In: Plastics Insights  Volume 113 / Issue 9 (2023-09) , S. 62-64 ; ISSN: 2941-4202
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Publikationen  (Fachgebiet Kunststofftechnik)
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@article{doi:10.17170/kobra-202402069529,
   author={Falkenreck, Celia Katharina},
   title={Textile Waste Becomes Plastic Composites},
   journal={Plastics Insights},
   year={2023}
}
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Urheberrechtlich gesch&uuml;tzt
https://rightsstatements.org/page/InC/1.0/
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Textile Waste Becomes Plastic Composites
Aufsatz
Every year, large quantities of textiles end up in landfills or in thermal recycling. However, some of this waste could also serve as raw materials for composite materials. Left-over cotton fibers of the textile industry, for example, are suitable as reinforcing fibers that enhance the mechanical properties of bio-based plastics. By using such waste streams, materials can be reinforced in a cost-effective and bio-based way in the future.
restricted access
Falkenreck, Celia Katharina
Textilien
Nachhaltigkeit
Kunststoffverarbeitung
Baumwollfaser
Recycling
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ISSN: 2941-4202
Issue 9
Plastics Insights
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Volume 113
2025-10-01
2025-10-01
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Urheberrechtlich geschützt