The Arkema - Académie des sciences Prize for Innovation in Chemistry of Sustainable Materials will reward a scientist of international standing in the field of materials whose work contributes to the development of innovative materials at the service of environmental protection and sustainability.
The nanoscale technology could elevate the thermal performance of single-pane windows to that of double-pane.
The University of Michigan has demonstrated a clear coating that reduces snow and ice accumulation on solar panels.
AGM has received the UK Patent No. GB2585648 for Graphene Nanoplatelets in water-based anti-corrosion protective coatings.
Belzona expands its Polymeric Portfolio with a new high performance structural epoxy adhesive: Belzona 7311.
The topcoat Acrythane 4G developed by HMG is now faster to apply.
Die drei neuen Mattierungsmittel auf Basis von gefällter Kieselsäure (Silica) ergänzen die ACEMATT Produktlinie von Evonik.
The new graphene nanotubes developed by OCSiAl allow to replace standard carbon additives and increase productivity and performance.
BASF and Sport Group have started a collaboration for the distribution and installation of the new sustainable sports and outdoor flooring system with Infinergy®.
Azelis has expanded its offerings in mainland Europe thanks to a distribution agreement with Hexigone.
The Office of Technology Transitions is funding research to optimise non-toxic coatings for control of biofouling and corrosion on marine energy devices and facilities.
A new Jotun study based on MRV data reports that vessels using Jotun HPS register a 20% lower carbon intensity in operations.
A group of researchers has found a new method to create ultrathin surface coatings that are water resistant, self-healing and tough enough to survive scratches and dings. The new material was developed by combining thin films and self-healing technologies.
Marco Caniato, ricercatore della Facoltà di Scienze e Tecnologie della Libera Università di Bolzano, ha sviluppato un biopolimero con gli scarti delle microplastiche con proprietà isolanti, in grado di competere con competere con gli isolanti tradizionali come la lana di roccia o le schiume poliuretaniche.
A new study by the Chiba University, inspired by the colour changes in a peacock's feather, revealed how melanin-mimetic materials, such as polydopamine, could lead to anti-counterfeit and sensing applications.