STUDY OF BIMETALLIC SAMPLES, ALLOYED BY HIGH-TEMPERATURE SYNTHESIS

Authors

  • И.Э. Скидин ГВУЗ «Криворожский национальный университет», Кривой Рог
  • В.Т. Калинин* *Национальная металлургическая академия Украины, Днепр
  • Г. А. Бялик** **Запорожский национальный технический университет, Запорожье
  • Л.Н. Саитгареев ГВУЗ «Криворожский национальный университет», Кривой Рог
  • Е.Н. Жбанова ГВУЗ «Криворожский национальный университет», Кривой Рог

Keywords:

high-temperature synthesis, diffusion, welding, surfacing, structure, modification of termite, bimetal, charge, technology

Abstract

Paper presents the results of study of bimetallic zone of a high-temperature synthesis, which selfproparates (SHS), due to the temperature activation and structure of metal, influence of temperature of 473, 673, 873 K when using 40 % of metal powder filler. The optimal preheating temperature of the thermal charge for the production of a qualitative joining of the layers upon fusing is 873 K. The presence of finely dispersed refractory powders in a thermic alloy within thousandths and hundredths of a percent results in a sufficiently high increase in mechanical properties of parts. Inclusions of corundum serve as a modifying additive and centers of crystallization, having high sedimentation resistance, ensuring the formation of smaller crystals. The particles of corundum in the alloy can act as a seed for nucleation and growth in the microstructure of the primary carbides (Cr, Fe)7C3 with high-chromium wear-resistant cladding. 

Author Biographies

  • И.Э. Скидин, ГВУЗ «Криворожский национальный университет», Кривой Рог

    ст. преподаватель

  • В.Т. Калинин*, *Национальная металлургическая академия Украины, Днепр

    д-р техн. наук, проф.

  • Г. А. Бялик**, **Запорожский национальный технический университет, Запорожье

    канд.техн.наук., доцент

  • Л.Н. Саитгареев, ГВУЗ «Криворожский национальный университет», Кривой Рог

    канд.техн.наук, доцент

  • Е.Н. Жбанова, ГВУЗ «Криворожский национальный университет», Кривой Рог

    ст. преподаватель

References

Bannykh, O. A., Budberh, P. B., Alisova, S. P. et al. (1986) Diahramy stanu podviinykh i bahatokomponentnykh system na osnovi zaliza [Diagrams will be dual and multi-component systems based on iron]. Moscow: Metalurhiia, p. 33. [in Ukrainian].

Kubashevski, O. (1985) Diahramy stanu podviinykh system na osnovi zaliza [Diagrams will become dual systems based on iron]. Moscow: Metalurhiia, 184 p. [in Ukrainian].

Slutska, T. M. (1979) Svarka otsynkovanoi i alityrovanoi stali [Welding galvanized and galvanized steel]. Avtomatychna svarka, no. 7, pp. 39–41. [in Ukrainian].

Techniques for welding aluminum coated steel. Welding design and Fabrication, 1964, no. 9. [in English].

Rabkin, D. M., Riabov, V. R., Hurevych, S. M. (1975) Svarka riznoridnykh materialiv [Welding of heterogeneous materials]. K.: Tekhnika, 208 p. [in Ukrainian].

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Published

12-01-2018

Issue

Casting processes №1 (127) 2018

Section

NEW CASTING MATERIALS

License

Copyright (c) 2018 И.Э. Скидин, В.Т. Калинин*, Г. А. Бялик**, Л.Н. Саитгареев, Е.Н. Жбанова

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

How to Cite

STUDY OF BIMETALLIC SAMPLES, ALLOYED BY HIGH-TEMPERATURE SYNTHESIS. (2018). Casting Processes, 127(1), 62-67. https://plit-periodical.org.ua/index.php/plit/article/view/203

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