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Meeting 2018 TMS Annual Meeting & Exhibition
Symposium Surface Interactions in Materials
Presentation Title Ultra-fast Boronizing of Low Carbon Steel Compared with Aluminum, and Zinc Coating
Author(s) Bakr Mohamed Rabeeh
On-Site Speaker (Planned) Bakr Mohamed Rabeeh
Abstract Scope Coating is one of the recent demand for the enhancement of wear resistance and mechanical performance of structural materials. Boriding powder consisting of boric acid and borax mixture is utilized in a mix. Low carbon steel sample packed with boric acid and borax, heated at 1050oC for 30 minutes and then at tempered 900oC for 30 minutes in a special fixture. The other process illustrate the effect of steel coating by aluminum without and with the application of zinc coating. The boronizing process provides high performance and high thickness of coatings and can be used fast and economically if compared to aluminum and zinc coating. Zinc is a low melting phase induce localized melting of steel with bulk aluminum coating. From economic and environmental points of views, it is highly desirable to develop and implement novel surface treatment technologies that are quick, cheap, clean, and energy efficient.
Proceedings Inclusion? Planned: Supplemental Proceedings volume


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Ultra-fast Boronizing of Low Carbon Steel Compared with Aluminum, and Zinc Coating
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