Technology for producing cast iron castings with compact graphite by top filling

The technology of ladle modification “top filling” has been tested and introduced to produce castings of parts from low grades of high-strength cast iron, in particular ChVG40, VCh50. The technology allows us to consistently achieve a degree of graphite spheroidization of at least 80%. For each of t...

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Main Authors: Boldyrev Denis, Amirov Ruslan, Latypov Oleg, Koldin Alexandr
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:E3S Web of Conferences
Online Access:https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/97/e3sconf_bft2023_10006.pdf
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author Boldyrev Denis
Amirov Ruslan
Latypov Oleg
Koldin Alexandr
author_facet Boldyrev Denis
Amirov Ruslan
Latypov Oleg
Koldin Alexandr
author_sort Boldyrev Denis
collection DOAJ
description The technology of ladle modification “top filling” has been tested and introduced to produce castings of parts from low grades of high-strength cast iron, in particular ChVG40, VCh50. The technology allows us to consistently achieve a degree of graphite spheroidization of at least 80%. For each of the mastered castings of the parts “Reduction gear axle casing”, “Front idler hub” and “Exhaust manifold”, the consumption of a spheroidizing modifier and a graphitizing modifier was selected. In the chemical composition of the castings, to obtain a predominantly ferrite-pearlite structure, the manganese content was adjusted from 0.4...0.5% to 0.3...0.4%.
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spelling doaj.art-61702f4c6729489d8eb625a88b3c20b82024-01-26T10:38:40ZengEDP SciencesE3S Web of Conferences2267-12422023-01-014601000610.1051/e3sconf/202346010006e3sconf_bft2023_10006Technology for producing cast iron castings with compact graphite by top fillingBoldyrev Denis0Amirov Ruslan1Latypov Oleg2Koldin Alexandr3Togliatti State University, Department of Nanotechnology, Materials Science and MechanicsNosov Magnitogorsk State Technical University, Department of Metal Forming Machines and TechnologiesNosov Magnitogorsk State Technical University, Department of Metal Forming Machines and TechnologiesNosov Magnitogorsk State Technical University, Department of Metal Forming Machines and TechnologiesThe technology of ladle modification “top filling” has been tested and introduced to produce castings of parts from low grades of high-strength cast iron, in particular ChVG40, VCh50. The technology allows us to consistently achieve a degree of graphite spheroidization of at least 80%. For each of the mastered castings of the parts “Reduction gear axle casing”, “Front idler hub” and “Exhaust manifold”, the consumption of a spheroidizing modifier and a graphitizing modifier was selected. In the chemical composition of the castings, to obtain a predominantly ferrite-pearlite structure, the manganese content was adjusted from 0.4...0.5% to 0.3...0.4%.https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/97/e3sconf_bft2023_10006.pdf
spellingShingle Boldyrev Denis
Amirov Ruslan
Latypov Oleg
Koldin Alexandr
Technology for producing cast iron castings with compact graphite by top filling
E3S Web of Conferences
title Technology for producing cast iron castings with compact graphite by top filling
title_full Technology for producing cast iron castings with compact graphite by top filling
title_fullStr Technology for producing cast iron castings with compact graphite by top filling
title_full_unstemmed Technology for producing cast iron castings with compact graphite by top filling
title_short Technology for producing cast iron castings with compact graphite by top filling
title_sort technology for producing cast iron castings with compact graphite by top filling
url https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/97/e3sconf_bft2023_10006.pdf
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AT koldinalexandr technologyforproducingcastironcastingswithcompactgraphitebytopfilling