Current projects at the Division of Fibre Technology
- Cellulose nanopapers that maintain their barrier properties at high humidity
- Conducting polymers/nanocarbons and cellulose rich materials
- Expandable cellulose-based capsules
- Exploration of directed self-assembly of two-dimensional materials
- Fibre Joint Strength in Composite Materials
- Fiber/fiber and fiber/polymer interactions in molded cellulose fiber materials
- Horizon 2020 FibreNet project – Fundamental Mechanisms of Paper Dry-strength Agents
- Melt processability of modified cellulose
- Molecular self-assembly of 2D energy materials
- Multifunctional CNFs containing at least two different chemical functionalities
- Preparation of proton conducting membranes based cellulose nanofibrils
- Projects from Dr. Tobias Bensefelt
- Shapeable, low density and wet stable CNF-based aerogels for selective removal of ions, nano-particl
- Synthesis and characterization of bio-based nanocomposite polymers
- Textile-based diagnostics
- Transparent Paper