Simultaneous Fabrication of Multiple Castings Using Frozen Mold Casting Method

Yasuhiro Hoshiyama; Keisuke Nakashima; Hideto Matsumoto

doi:10.4028/www.scientific.net/DDF.405.75

Paper Titles

A Thermomechanical Model of Retention of a Diamond Particle in Matrices Based on Fe
p.48

Investigation of the Diffusion Couple Ductile Cast Iron / Iron
p.54

SEM Imaging of In Situ Tensile Testing of 27CrNiMoV Steel
p.60

Nanomechanical Characterization of Iron Borides in Fe-Mn-B Ternary Alloys
p.66

Simultaneous Fabrication of Multiple Castings Using Frozen Mold Casting Method
p.75

The Effect of Heat-Treatment on the Phase Stability of Fe-28Al-15Si-2Mo Alloy
p.80

The Microstructure Evolution of Fe-28Al-15Si-0.2Zr Alloy during Different Heat-Treatment
p.86

Structural Nature of ZnAl4Cu1 Alloy Plasticity Affected by Various Technological Treatments
p.92

Microstructural and Fractographic Analysis of CuAlNi Shape Memory Alloy before and after Heat Treatment
p.100

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Simultaneous Fabrication of Multiple Castings Using Frozen Mold Casting Method

Abstract:

Frozen mold casting uses a casting mold in which only water is added as a binder to sand, and the mixture is kneaded, frozen, and solidified. This method can offer the same level of mold strength and productivity as conventional methods, while maintaining a low environmental impact in terms of resource utilization and ensuring pollution-free processing. We studied the simultaneous fabrication of multiple aluminum alloy castings using a frozen mold. No defects associated with the collapse of the mold due to the molten metal heat were found. No entrainment of sand was observed on the surface of the samples.