Copper alloy coatings manufactured by oxy-fuel thermal spray onto a porcelain substrate
Journal Title: TecnoLógicas - Year 2015, Vol 18, Issue 35
Abstract
A coated system consisting of a ceramic substrate and a coating of a copper alloy was developed in order to provide electrically conductive properties to specific surface of the substrate. The coatings were elaborated by oxy-fuel thermal spraying processes. The best way to prepare the surface of the substrate was previously determined to achieve a sufficient adherence of copper alloy particles on the ceramic substrate. In order to manufacture the coatings an Eutectic Castolin 21071TM powder was used, the oxy-fuel flames were produced from two different volumetric acetylene-oxygen ratios (1:1.15 and 1:2.5) obtaining a reducing and oxidizing flame respectively. The effect of surface preparation of the substrate, the coating thickness and the energy of the flame on the structure and coating adhesion wer
Authors and Affiliations
Daniela Soto-Martínez, Carolina Parra-Velásquez, María E. López-Gómez, Carlos F. Vásquez-Jiménez, Fabio Vargas-Galvis
Keywords
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- EP ID EP402312
- DOI 10.22430/22565337.190
- Views 92
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