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Comparative study of the metallurgical quality, microstructure and mechanical properties of primary and secondary AlSi7Mg(Fe)aluminium alloys

An innovative secondary aluminium AlSi10MnMg(Fe) for structural components with high ductility requirements

Vacuum pressure process and apparatus for high pressure die casting

Industry 4.0 for aluminum foundry: an optimal management of the process to enhance competitiveness of the company

Towards the Prediction of Tensile Properties in Automotive Cast Parts Manufactured by LPDC with the A356.2 Alloy

Alu-Q® – Molten aluminum quality assessment device

Equipo para la evaluación de la calidad metalúrgica en aleaciones de aluminio. Asegura la calidad del aluminio líquido para fabricar sin defectos.

Visit AZTERLAN’s booth at Euroguss 2024

Grain Size Prediction Model in Aluminium Castings Manufactured by Low Pressure Technology

Method for predicting the structure of a part cast in an aluminium alloy

Improved grain size prediction in aluminium-silicon alloys by thermal analysis

Comparative study of the metallurgical quality, microstructure and mechanical properties of primary and secondary AlSi7Mg(Fe)aluminium alloys

An innovative secondary aluminium AlSi10MnMg(Fe) for structural components with high ductility requirements

June 30, 2021

Vacuum pressure process and apparatus for high pressure die casting

June 29, 2021

Industry 4.0 for aluminum foundry: an optimal management of the process to enhance competitiveness of the company

June 29, 2021

Towards the Prediction of Tensile Properties in Automotive Cast Parts Manufactured by LPDC with the A356.2 Alloy

Alu-Q® – Molten aluminum quality assessment device

Equipo para la evaluación de la calidad metalúrgica en aleaciones de aluminio. Asegura la calidad del aluminio líquido para fabricar sin defectos.

June 29, 2021

Grain Size Prediction Model in Aluminium Castings Manufactured by Low Pressure Technology

Method for predicting the structure of a part cast in an aluminium alloy

Improved grain size prediction in aluminium-silicon alloys by thermal analysis

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