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Flexible automated processes for pvd coatings in new applications

Objective

Around 18.000 European SMEs from the surface engineering sector (electroplating, anodising, galvanising) have several environmental and worker safety problems (hazardous chemicals, liquid and solid wastes) which enter into conflict with IPPC Directive 96/61/EC about integrated pollution prevention and control. PVD is a sophisticated advanced technology for applying coatings in a high vacuum, opening the possibility for applying coatings of improved performance over those employed at present.

It generates no waste water and makes an optimum use of the materials so it is environmentally friendly. For all these reasons, it is an optimum candidate for substituting current problematic surface treatment technologies before mentioned, and that additionally do not offer such a potential for improvement and innovation of the coatings as market requires The objective of the project is the development of the technologies necessary to reduce the cost of the PVD treatment so as to make it affordable to the SMEs.

Those new technologies include:
- The development of a combination of PVD with other pre-treatments, that allows the application of PVD coating onto different kinds of materials (steel, brass, zamak, zinc or aluminium alloy components)
- A low cost, flexible and fast PVD coating process and machine with optimum throughput and reliability, to shorten time in order to reduce the cost of coating it by PVD and able to coat a broad range of pieces with different coatings Eleven IAGs, SMEs and RTDs from five European Countries representing 50% of the surface treatment sector in Europe have come together to develop these new PVD processes.

The project will have a very positive impact on the sector competitiveness, reducing consumption of raw materials, energy and water, avoiding waste production and improving workers safety. On the other hand, project will support European SMEs to compete in international markets and to lead surface treatment processes in the world.

Call for proposal

FP6-2004-SME-COLL
See other projects for this call

Funding Scheme

Collective - SMEs-Collective research projects

Coordinator

FUNDACION TEKNIKER
Address
Avda. Otaola, 20
Eibar
Spain

Participants (10)

STICHTING KENNISPLATFORM OPPERVLAKTETECHNOLOGIE
Netherlands
Address
Boerhaavelaan 40
Zoetermeer
ECOMETAL
Italy
Address
Viale Industria 72
Padova
SYNDICAT GENERAL DES INDUSTRIES DE MATERIELS ET PROCEDES POUR LES TRAITEMENTS DE SURFACES
France
Address
39, Rue Louis Blanc
Coubervoie
DEKRACOAT B.V.
Netherlands
Address
Hoppenkuil 29B
Eindhoven
EMBEGA SOCIEDAD COOPERATIVA
Spain
Address
Poligono Industrial San Miguel, S/n
Villatuerta
GRIP-ON TOOLS, S.A.
Spain
Address
Poligono Industrial Eitua, 27
Berriz
NETHERLANDS ORGANISATION FOR APPLIED SCIENTIFIC RESEARCH (TNO)
Netherlands
Address
Schoenmakerstraat 97
Delft
LONDON SOUTH BANK UNIVERSITY
Address
Borough Road, 103
London
UNION DES INDUSTRIES DE TRAITEMENTS DE SURFACES
France
Address
39/41 Rue L. Blanc
Courbevoie
ASOCIACIÓN ESPAÑOLA DE FABRICANTES DE HERRAMIENTAS DE MANO
Spain
Address
Mundaiz 8
San Sebastián