Open Science Research Excellence
%0 Journal Article
%A Amine Rezzoug and  Said Abdi and  Nadjet Bouhelal and  Ismail Daoud
%D 2016 
%J  International Journal of Materials and Metallurgical Engineering
%B World Academy of Science, Engineering and Technology
%I International Science Index 109, 2016
%T Metallic Coating for Carbon Fiber Reinforced Polymer Matrix Composite Substrate
%U http://waset.org/publications/10003441
%V 109
%X This paper investigates the application of metallic
coatings on high fiber volume fraction carbon/epoxy polymer matrix
composites. For the grip of the metallic layer, a method of modifying
the surface of the composite by introducing a mixture of copper and
steel powder (filler powders) which can reduce the impact of thermal
spray particles. The powder was introduced to the surface at the time
of the forming. Arc spray was used to project the zinc coating layer.
The substrate was grit blasted to avoid poor adherence. The porosity, microstructure, and morphology of layers are
characterized by optical microscopy, SEM and image analysis. The
samples were studied also in terms of hardness and erosion resistance.
This investigation did not reveal any visible evidence damage to the
substrates. The hardness of zinc layer was about 25.94 MPa and the
porosity was around (∼6.70%). The erosion test showed that the zinc
coating improves the resistance to erosion. Based on the results
obtained, we can conclude that thermal spraying allows the production
of protective coating on PMC. Zinc coating has been identified as a
compatible material with the substrate. The filler powders layer
protects the substrate from the impact of hot particles and allows
avoiding the rupture of brittle carbon fibers.
%P 59 - 64