Squeeze casting for metal alloys and composites: An overview of influence of process parameters on mechanical properties and microstructure

Abstract

Over the years, squeeze casting technology has progressed from small to large-scale commercial applications. It has been employed in the production of varieties of products ranging from household items to high integrity structural components. This process is suitable for small components weighing up to 30 kg. Currently, parts such as brake calipers, suspension arms, pistons, connecting rods, and automotive wheels, etc., can be produced by squeeze casting [1][2][3] . The squeeze casting has been successfully used to fabricate metallic alloys, bimetals and metal matrix composites (MMC) [4][5][6][7][8][9] . Squeeze casting process involves the solidification of molten metal in a preheated die under squeeze pressure. Substantial material saving, the ability to deal with a wide range of materials, and near-net-shape fabrication are the significant benefits of squeeze casting process [2,[10][11][12] .

Enhancing Tribo-Mechanical and Corrosion Properties of ADC 12 Alloy Composites through Marble Dust Reinforcement by Squeeze Casting Technique

“…The even distribution of reinforcement particles and the adequate bonding achieved through squeezing contribute to a refined grain structure [23]. This technique's ability to harness these benefits makes it a significant advancement in the fabrication of ADC 12-MD reinforced alloy [24].…”