During the first 2 years of project, CANOE has worked on more than 20 different TP polymer formulations, varying polymer matrixes and wt% of nano fillers. Five selected formulations have been produced at 15 kg scale to enable demonstrator fabrication (domestic appliances). Moreover, few km of 3D printing filament with enhanced thermal conductivity has been manufactured for 3D printing of processor cooling system. This research work is ongoing as industrial scale trials are still in progress. It is carried out in partnership with nano-particle suppliers (NTUA, FORTH) and end-users (ELICA and BIOG3D).

Main research target is to improve the transverse electrical conductivity in CFRPs (perpendicular to fiber plies) and to use the electrically conductive behavior of the CFRP to obtain smart-composites with self-sensing properties. Smart materials are ready and provided to partners. Epoxy replacement with acrylic TP resins in CFRPs has just been initiated. This work will be continued for recyclability issues for automotive applications.