The effect of boronizing on metallic alloys for automotive applications
The effect of boronizing on metallic alloys for automotive applications
- New search for: Petrova, Roumiana S.
- New search for: Suwattananont, Naruemon
- New search for: Samardzic, Veljko
- New search for: Petrova, Roumiana S.
- New search for: Suwattananont, Naruemon
- New search for: Samardzic, Veljko
In this study the wear resistance, corrosion resistance, and oxidation resistance of boronized metallic alloys were investigated. Thermochemical treatment was performed by powder pack boronizing process at temperature 850-950 degree C for 4 h. Saw-tooth morphology and smooth interface microstructures were observed with an optical microscope; microhardness was measured across the coating depth. The phases present in the boron coatings depend on the substrate material. High-temperature oxidation resistance was investigated and it was found that boron coating on ferrous alloys can resist temperatures up to 800 degree C. The corrosion resistance of the boronized samples was improved and the corrosion rate was calculated for boronized and plain specimens. Wear testing was conducted by following the procedures of ASTM G99, ASTM D2526, and ASTM D4060. The obtained experimental results revealed that boronizing significantly improves the wear-resistance, corrosion-resistance, and oxidation resistance of metallic alloys.
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The effect of boronizing on metallic alloys for automotive applications
Der Effekt einer Bor-Beschichtung auf Metall-Legierungen der Autoindustrie
Journal of Materials Engineering and Performance ; 17 , 3 ; 340-345
2008
6 Seiten, 16 Quellen
Article (Journal)
English
Automobilindustrie , Bor , Korrosionsgeschwindigkeit , Korrosionsbeständigkeit , Mikroskop , Mikrostruktur , Morphologie , optische Mikroskopie , Verschleißfestigkeit , Borieren , Hochtemperaturoxidation , Legierung , Oxidationsschutz , Oxidationsbeständigkeit , Pulverbeschichten , Mikroskopie , Mikrohärte , Betriebstemperatur , Verschleißprüfung , ASTM-Norm , Versuchsergebnis
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