HIgh Performance and SOundproofing of Natural FIber Composites - HIPSOFIC

Project summary

HIPSOFIC addresses the growing need for sustainable, recyclable, and low-noise materials in the appliance industry, where glass fibre-reinforced plastics remain difficult to recycle and have a high environmental footprint. The project develops circular bio-based composites combining bamboo fibres and recycled polypropylene, enhanced through eco-functional dopamine-based surface treatments and damping fillers. AI-assisted formulation and modelling ensure reproducibility, fibre integrity, and optimal acoustic and mechanical performance. Demonstrated in a washing machine tub, the technology is transferable to other sectors such as mobility, building, and consumer goods requiring lightweight, durable, and low-noise components. HIPSOFIC will replace over 1,000 tons of glass fibre and reduce CO₂ emissions, enabling scalable and recyclable materials that reinforce Europe’s leadership in sustainable composites and support responsible, circular innovation across the manufacturing chain.

Project Details

Call

Call 2025


Call Topic

Advanced composites and lightweight materials


Project start

01.06.2026


Project end

01.06.2029


Total project costs

1.201.834 €


Total project funding

949.318 €


TRL

3 - 6


Coordinator

Dr. David Ruch

Luxembourg Institute of Science and Technology (LIST), 5 AVENUE DES HAUTS FOURNEAUX, 4362 ESCH SUR ALZETTE, Luxembourg


Partners and Funders Details

Consortium Partner   Country Funder
Technical University of Denmark
http://www.mek.dtu.dk
University Denmark DK-IFD
BSH
https://www.bsh-group.com.tr
Large industry Turkey TR-TUBITAK
Luxembourg Institute of Science and Technology (LIST)
Research org. Luxembourg LU-FNR

Keywords

Acoustic, Fiber, Bio-based materials, Polymer matrix composite, Porosity, Filler, Insulation, Lightweight, Mechanical,Advanced simulation, Artificial intelligence, Bio based composites, Bio-interfaces, Circularity, Fibre reinforced polymeric materials, In