Scientific Objectives
 

To enhance the understanding of hybrid PVD- HIPISM/Cluster gun processes for PVD coating with embedded nano-cluster industrial production.

To enhance the understanding of the optical behavior (color spectrum) of nanocomposite coatings with nanoclusters (Ag and/or Au) imbibed in dielectric matrices (Al2O3 and/or TiO2) produced by different techniques (HIPIMS and Cluster Gun).

To support the production of colored nanocomposite coatings by a deep understanding of the mechanisms which influence their optical and mechanical properties during materials processing.

To model and predict the optimum properties of decorative nanocomposite coatings for applications in the industrial sectors represented in the consortium.

 

Technological Objectives
 

To develop a new hybrid PVD industrial system that combines RMS with HIPISM or Cluster Gun for producing nano-composite coatings wit suitable color and mechanical properties (hardness > 10 GPa)

To develop a new hybrid-PVDnanocomposite coating with tailored color based on a single Al2O3 anf TiO2 dielectric and transparent with embedded Au/Ag nanoclusters  to substitute environmentally unfriendly decorative coatings (chrome plated) at least in 10% of the total market demand.

To transfer the production technology of the new nanocomposite PVD hard coatings to the SMEs of the consortium (including nanoclusters production).

To increase the added value of the SMEs end user products by at least 20 % by using novel and aesthetic nanocomposite coatings.