Partial project
DP 007
Functional polyurethane polymers
Principal investigator: Centre for Organic Chemistry
Project objective: Design and optimise the synthesis of polyurethanes fit for the preparation of nanofibrous materials and aqueous dispersions for application in the production of textiles for workwear with increased protection against fire and electrostatic discharge.
Planned outcomes:
Gfunk – Spinnable polyurethane solution with an integrated flame retardant treatment (12–2023)
Gfunk – Aqueous dispersion of a polyurethane concentrate as a carrier for conductive polymers (06–2024)
Gfunk – Nanofibrous structures with multifunctional properties suitable for the fabrication of nanofiltration modules (06–2025)
Gfunk – Coating system for multifunctional flame retardant treatment of textiles (11–2025)
Fuzit – Coating system for multifunctional textile surface treatment (06–2025)
Fuzit – Nanofibrous structures with multifunctional properties suitable for nanofiltration modules (11–2025)
Gfunk – Electrically conductive filament for 3D printing based on carbon/metallic composites (06–2025)
Gfunk – Thermally conductive filament for 3D printing based on polymer composites (06–2025)
Fuzit – Thermally/electrically conductive filament for 3D printing based on polymer composites (11–2025)
Gfunk – Coating system for multifunctional surface treatment of textiles (11–2025)
Gfunk – Polyurethane cover coat for antistatic treatment of plastic products (11–2025)
