Hard Anodizing of Aluminium Matrix Composite A6061/(Al2O3)p for Wear and Corrosion Resistance Improvement

Aluminium matrix composites fabricated with lightweight aluminium alloy matrices and high modulus SiC or Al2O3 particle reinforcements, offer a high specific strength and stiffness. Although AMCs are promising for applications, the addition of a second phase to an aluminium matrix could significantl...

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Published inPlasma processes and polymers Vol. 4; no. S1; pp. S579 - S583
Main Authors Picas, Josep A., Forn, Antonio, Rupérez, Elisa, Baile, M. Teresa, Martín, Enric
Format Journal Article
LanguageEnglish
Published Weinheim WILEY-VCH Verlag 01.04.2007
WILEY‐VCH Verlag
Subjects
aluminium matrix composites
anodized films
composites
corrosion
surfaces
tribology
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Abstract Aluminium matrix composites fabricated with lightweight aluminium alloy matrices and high modulus SiC or Al2O3 particle reinforcements, offer a high specific strength and stiffness. Although AMCs are promising for applications, the addition of a second phase to an aluminium matrix could significantly degrade the corrosion resistance in hostile environments. Anodizing has been considered as a potential means for protecting AMCs against corrosive attack. The aim of this study was to investigate the possibility that hard anodizing A6061+26%Al2O3p material improves tribological properties and corrosion resistance. The investigation regarding the film formation mechanism revealed that thickness of the anodic film was not uniform; however, after anodization the corrosion and wear resistance of aluminium 6061/Al2O3 composite was significantly improved.
AbstractList Aluminium matrix composites fabricated with lightweight aluminium alloy matrices and high modulus SiC or Al2O3 particle reinforcements, offer a high specific strength and stiffness. Although AMCs are promising for applications, the addition of a second phase to an aluminium matrix could significantly degrade the corrosion resistance in hostile environments. Anodizing has been considered as a potential means for protecting AMCs against corrosive attack. The aim of this study was to investigate the possibility that hard anodizing A6061+26%Al2O3p material improves tribological properties and corrosion resistance. The investigation regarding the film formation mechanism revealed that thickness of the anodic film was not uniform; however, after anodization the corrosion and wear resistance of aluminium 6061/Al2O3 composite was significantly improved.
Author Martín, Enric
Forn, Antonio
Rupérez, Elisa
Baile, M. Teresa
Picas, Josep A.
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SubjectTerms aluminium matrix composites
anodized films
composites
corrosion
surfaces
tribology
Title Hard Anodizing of Aluminium Matrix Composite A6061/(Al2O3)p for Wear and Corrosion Resistance Improvement
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