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MULTIPURPOSE (WEARPROOF AND ANTIFRICTIONAL) COVERINGS ON PRODUCTS FROM CAST IRON
Abstract
The basic elements of the new complex technologies providing effective receiving of the materials with the new level of properties are considered. Prospects of creation of new systems for alloying of constructional materials for mechanical engineering with management of their primary crystal structure, hardening mechanisms and resistance to fragile destruction are noted. The resource-saving method of direct surface alloying and modifying (using oxides) is developed. Industrial wastes and semi-products of adjacent processes are used as modifying additives. The metals reduction is made by atomic hydrogen and carbon from the special coverings of a casting mold and cores containing high-polymeric connections.
About the Authors
A. P. LaskovnevBelarus
Laskovnev Alexandr, Academician of the National Academy of Sciences, Member of the Presidium of NAS, Belarus, Doctor of Engineering, Professor.
Contact: 66 Nezavisimosti ave., Minsk, Belarus
A. I. Garost
Belarus
Garost Alexandr, Ph. D in Engineering
Contact: 3a Sverdlova Str., Minsk, Belarus
A. I. Pokrovsky
Belarus
Pokrovskiy Artur, Ph. D in Engineering.
Contact: 10 Kuprevicha Str., Minsk, Belarus. E-mail: arturu@tut.by, pakrouski@mail.ru.
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Supplementary files
For citation: Laskovnev A.P., Garost A.I., Pokrovsky A.I. MULTIPURPOSE (WEARPROOF AND ANTIFRICTIONAL) COVERINGS ON PRODUCTS FROM CAST IRON. Litiyo i Metallurgiya (FOUNDRY PRODUCTION AND METALLURGY). 2015;(2):89-94.
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