Since 2021, the Research Institute for Textile Chemistry and Textile Physics has been home to the COMET K project Textile Competence Center Vorarlberg 2. The project is funded within the framework of COMET Competence Centers for Excellent Technologies by the Federal Ministry of Labour and Economy, the Federal Ministry for Climate Action, Environment, Energy, [...]
Programme: COMET – Competence Centers for Excellent Technologies Programme line: COMET-Project Type of project: Strategic project 1.1 Interface interaction in hybrid systems Redox flow cell test setup (a) and (b) electrode inside the cell compartment (top and back views) (Copyright Univ. Innsbruck). Combination of 3D carbon [...]
Programme: COMET – Competence Centers for Excellent Technologies Programme line: COMET-Project Type of project: Multi-firm project 3.1 replacing oil-based fibres by natural and bio-based fibres Cellulose filament with cellulose acetate coating (Copyright Univ. Innsbruck). Partially hydrophobic hybrid fibres are developed by single fibre coating [...]
Programme: COMET – Competence Centers for Excellent Technologies Programme line: COMET-Project Type of project: Strategic project 1.1 Interface interaction Dyeing of low level cationised cellulose (Copyright Univ. Innsbruck). Low-level cationisation of cellulose opens a chemical saving route to salt free reactive dyeing The conventional [...]
Programme: COMET – Competence Centers for Excellent Technologies Programme line: COMET-Project Type of project: Strategic project 1.1 Interface and Hybrids Multi-firm project 2.2 Flexible circuits, sensors and e-textiles Images of metalised samples (Copyright Univ. Innsbruck). The adhesion of metal/textile interface is enhanced by complexation-mediated fibre surface [...]
Programme: COMET – Competence Centers for Excellent Technologies Programme line: COMET-Project Type of project: Strategic project 3.2 Solutions toward textile circularity Elastane mono-filament covered with polyamide 66 in an elastic yarn (Copyright Univ. Innsbruck). A solvent blend was developed for the selective dissolution and recovery of [...]
