|About this Abstract
||2016 TMS Annual Meeting & Exhibition
||General Poster Session
||OO-24: High Strength Aluminum Alloy Applied Development of the Explosion-proof Lamp Housing through a Vacuum Die Casting Process
||Min Seok Moon, Myeong Han Yoo, Je Ha Oh, Joon Hyuk Song, Shin Jae Kang
|On-Site Speaker (Planned)
||Min Seok Moon
High-pressure high vacuum die-castings has usually reduced a gas porosity due mainly to the consoled of air or gas in the melt during the very high-speed injection of the molten metal into the cavity with high vacuum process.
The volume of gas porosity and the pore sizes is depending on the cast part’s property. Thus, the castings were significantly reducing by using vacuum assistance during die-casting. As a result, the density and the mechanical properties, as the tensile strength and ductility, were improving.
This paper is applying to the Explosion-proof lamp through high-pressure high vacuum die-casting process. This investigation is reducing to the gas porosity, and improving to the mechanical property with weight reducing.
||Planned: A print-only volume