The Influence of the Shape of the Reaction Chamber on Spheroidisation of Cast Iron Produced in the Lost Foam Casting Process with Use of the Inmold Method

Just, Paweł; Pacyniak, T.

doi:10.2478/v10266-012-0059-0

Archives of Foundry Engineering

2012

DOI: 10.2478/v10266-012-0059-0

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The Influence of the Shape of the Reaction Chamber on Spheroidisation of Cast Iron Produced in the Lost Foam Casting Process with Use of the Inmold Method

Paweł Just¹,

T. Pacyniak²

Abstract: The article presents the results of the research on the influence of the shape of reaction chamber on spheroidisation of cast iron produced with use of the inmold method. The amounts of nodular graphite precipitates in castings produced with the use of different reaction chambers have been compared.

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Ductile Cast Iron Obtain by Lost Foam Process and Inmold Method

Kaczorowski¹,

Just²,

Pacyniak³

2013

Archives of Metallurgy and Materials

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This paper presents a technology of ductile cast iron obtain by lost foam process with use of inmold method. Spheroidization was carried out using master alloy in an amount of 1.5% by mass on casting iron.Research the influence of the gating system configuration and the shape of the reaction chamber, the degree of spheroidization cast iron, which estimated based on the shape of the graphite. Research have shown that the greatest impact on the degree of spheroidization has cast the infusion position relative to the casting inlet and the reaction chamber, and the shape of the reaction chamber.Keywords: nodular cast iron (ductile cast iron), inmold method, lost foam casting, innovative casting technologies, reaction chamber W pracy przedstawiono technologię otrzymywania odlewów z żeliwa sferoidalnego metodą inmold z wykorzystaniem procesu pełnej formy. Sferoidyzację prowadzono z użyciem zaprawy sferoidyzująco-modyfikującej w ilości 1,5% na masę sferoidyzowanego żeliwa.Przeprowadzono badania wpływu konfiguracji układu wlewowego oraz kształtu komory reakcyjnej na stopień sferoidyzacji żeliwa, który określono na podstawie wskaźnika kształtu grafitu. Badania wykazały, że największy wpływ na stopień sferoidyzacji żeliwa ma położenie wlewu doprowadzającego względem odlewu i komory reakcyjnej, oraz kształt komory reakcyjnej.

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Ductile Cast Iron Obtain by Lost Foam Process and Inmold Method

Kaczorowski¹,

Just²,

Pacyniak³

2013

Archives of Metallurgy and Materials

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The Influence of the Shape of the Reaction Chamber on Spheroidisation of Cast Iron Produced in the Lost Foam Casting Process with Use of the Inmold Method

Cited by 1 publication

References 0 publications

Ductile Cast Iron Obtain by Lost Foam Process and Inmold Method

Ductile Cast Iron Obtain by Lost Foam Process and Inmold Method

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