@imatus.bsky.social🧪 #NewArticle: Engineering sustainable and bioactive 3D-printed cellulose nanofiber scaffolds from kraft pulps with varying lignin levels.
🤝 Colaboración: iMATUS & RISE PFI
#Biomaterials #3DPrinting
#Nanocellulose #TissueEngineering
🔗 Ler máis:
@cbe-ju.bsky.social🌳 29% more fines: a breakthrough in #nanocellulose production from poplar wood.
New research from the CBE JU-funded Bio-LUSH project reveals how mechanical and enzymatic pretreatments can transform poplar wood into high-value nanocellulose.
🔗 Read the #CBEresearch paper ⬇️
@mapjournals.bsky.social#EMST
Nanocellulose-TiO2 epoxy composites combine mechanical strength and thermal stability for automotive and biomedical emergency applications.
Details: https://www.maxapress.com/article/doi/10.48130/emst-0026-0008
#Nanocellulose #Composites #EmergencyMaterials
@bioresources.bsky.socialHow does 3D fiber connectivity strengthen paper?
This review by BioResources' Co-Editors explores interdigitation in nanopaper and conventional sheets, and how papermaking conditions influence its development.
@degruyterbrillimms.bsky.socialRoselle #nanocellulose strengthens PVA films with 260% higher tensile strength and 360% higher modulus at 5 wt% loading, improving thermal stability and tunable hygroscopicity for sustainable sensing and #EnergyHarvesting devices.
#OpenAccess in #NanotechnologyReviews: doi.org/10.1515/ntre...
