Development of Novel Hot Chamber Rheo-Diecasting Process

Jin Kyu Lee; Shae K. Kim; Young Chul Lee

doi:10.4028/www.scientific.net/SSP.141-143.191

Paper Titles

The Influence of Heat Treatments for Laser Welded Semi Solid Metal Cast A356 Alloy on the Fracture Mode of Tensile Specimens
p.169

Compocasting of an Al-Si-SiC_p Composite Using Powder Injection Method
p.175

Development of In-Mold Rheocasting Process
p.181

Development of Rheo-Diecasting of Al-Si Alloys Based on a Modified DSCP Process
p.185

Development of Novel Hot Chamber Rheo-Diecasting Process
p.191

Twin Roll Casting and Melt Conditioned Twin-Roll Casting of Magnesium
p.195

Thixoforming of Hypereutectic Al/Si Automotive Pistons
p.201

Robustness of a Thixoforming Production Line
p.207

Thixoforming of Steel: Parameters and Means for Industrialization
p.213

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Development of Novel Hot Chamber Rheo-Diecasting Process

Abstract:

Novel hot chamber rheo-diecasting process has been successfully developed. It requires no additional processing equipment except commonly used hot chamber diecasting machine, no molten metal control like grain refinement procedure and no additional cycling time to produce slurry-on-demand. Additionally, it could lower molten metal temperature in a furnace. Process concept of novel hot chamber rheo-diecasting is simply based on the paradigm shift from HOW to WHERE for producing slurry-on-demand. This paper will demonstrate the possibility to achieve slurry-on-demand by novel hot chamber rheo-diecasting and the advantages for 3Cs applications.