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Department of Bioproducts and Biosystems

SuperTextil

SuperTextil aims to produce multi-functional conductive bio-based fabrics through an eco-friendly, and scalable graphene-based coating without using any metals and unsafe chemicals. The target is to achieve good tensile strength, hydrophobicity, fire retardancy, and electrical heating properties. SuperTextil will advance the scientific field and open doors of opportunity to fabricate the next generation of high value-added bio-products including washable smart textiles with built-in sensors. SuperTextil multidisciplinary research engages experts in material science, chemistry, and physics to develop multi-functional biomaterials and conduct theoretical modeling to explore various properties and potential applications.
Smart jacket with heating, waterproof, sensors, monitor, light, control. Conductive layers and biobased textile elements.

Funded by: –                                                                                          Timeline: 2022–2026

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Team members

Janne Halme

University Lecturer
Department of Applied Physics
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