Low-Pressure Casting of Aluminium AlSi7Mg03 (A356) in Sand and Permanent Molds

Author:

Chiesa Franco,Duchesne Bernard,Marin Gheorghe

Abstract

Aluminium A356 (AlSi7Mg03) is the most common foundry alloy poured in sand and permanent molds or lost-wax shells. Because of its magnesium content, this alloy responds to a precipitation hardening treatment. The strength and ductility combination of the alloy can be varied at will by changing the temper treatment that follows the solutionizing and quenching of the part. By feeding the mold from the bottom, the low-pressure process provides a tranquil filling of the cavity. A perfect control of the liquid metal stream is provided by programming the pressure rise applied on the melt surface. It compares favorably to the more common gravity casting where a turbulent filling is governed by the geometry of the gating system.

Publisher

EDP Sciences

Subject

General Medicine

Reference8 articles.

1. Neff D., Thomas S.P., S.P., Aluminum Casting Technology, Third Edition, American Foundry Society Publications, ISBN-978-087433-456-2, 293 (2018)

2. Mulazimoglu H. M., Handiak N. and Gruzleski J.E., J.E. (1989). Some Observations on the Reduced Pressure Test and Hydrogen Concentration of Modified A356 Alloy, AFS Transactions, 97, 225 (1989).

3. Chiesa F. et al., “How Properties Vary Throughout a Casting”, Modern Casting, August 2018, 39 (2018)

4. Drouzy M., Jacob S. and Richard, M M., Interpretation of Tensile Results by Means of the Quality Index, AFS International Cast Metal Journal, June 1980, 43 (1980)

5. Chiesa F., Duchesne B. and Morin G., Proceedings of the International Symposium on Aluminium: From Raw Materials to Applications, CIMM Publications, 115 (2006)

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1. Low- and High-Pressure Casting Aluminum Alloys: A Review;Recent Advancements in Aluminum Alloys;2024-01-31

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