During nanomod project the partners will develop and test new and improved wires for ductile iron inoculation, the wires will be developed by cedie
The overall objective of the project is designing and developing novel coloured and luminescent masterbatches that can be used in processes of injection, extrusion-blowing, extrusion, film and 3d printing. Demonstrators of real parts by using these masterbatchs (matrices/colours) will be obtained.
Aims to get a family of customised tools for the machining of ni-based alloys which allow a reduction of the manufacturing time and increased life in service thank to use of hipims)pvd coatings on hard metal tools, also implementing new machining strategies and tooling designs.
Creative c is a platform that links the different users (institutional and municipal users as well as visitors and citizens, etc.) With the services available in any city, rendering them usable and particularizable; and which allows the inference of new data relations generated by its use.
To find a technical-economical solution that allows the scale up in nanocellulose production, overcoming the current problems like very low capacity per production unit, extremely high amounts of energy needed per ton of product and others.
Lightweight design in truck industry is a challenge that must be faced by optimizing materials, forming processes and simulation technologies. Truckworth is aimed to optimize the crash performance of thick press hardened sheets through determining the optimum microstructure for crash resistance.
This project aims at developing the manufacturing technology of new simo alloys with higher corrosion resistant and mechanical properties at competitive prices. Activities will be focused in integrating technologies in different manufacturing systems supported by sample and prototypes manufacturing.
High strength steels are needed for proper working of crane sheaves for drilling industry. For this purpose, a new mechanically welded sheaves, refered as "drilling sheaves", will be developed using steels which have higher tensile and impact strength.
Cerplast project will obtain injection moulding tools for plastic industry through the development of advanced material formulations based on ceramics that will be processable by means of fused filament fabrication (fff) and jetting blinder, both technologies of 3d printing.