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THE RESULTS OF DEVELOPING AND IMPLEMENTING NEW WATERPOLYMER
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Citations:

THE RESULTS OF DEVELOPING AND IMPLEMENTING NEW WATERPOLYMER
Tyulenev Denis 1
Sholom Vladimir 2
Abramov Aleksey 3
Zhernakov Vladimir 4
Puzyrkov Dmitry 5
Authors:
1.  Self-supporting Creative Center of Ufa Aviation Institute (Head of the Tribo-engineering Laboratory)
employee

Ufa, Ufa, Russian Federation
2.  Self-supporting Creative Center of Ufa Aviation Institute (Director General)
employee

Ufa, Ufa, Russian Federation
3.  Self-supporting Creative Center of Ufa Aviation Institute (Deputy Director General)
employee

Ufa, Ufa, Russian Federation
4.  Self-supporting Creative Center of Ufa Aviation Institute (Scientific Director)
employee

Ufa, Ufa, Russian Federation
5.  Self-supporting Creative Center of Ufa Aviation Institute (Leading Researcher)
employee

Ufa, Ufa, Russian Federation
Type:
Article
DOI:
https://doi.org/10.30987/2782-5957-2024-1-13-19
Pages:
from 13 to 19
Status:
Published
Received:
14.12.2023
Accepted:
20.12.2023
Published:
30.01.2024
Subject area:
VAC 2.6.1 Металловедение и термическая обработка металлов и сплавов
UDK 665.9.046 Предварительная термообработка, подогрев, кипячение и т.д.
BBK 342 Металловедение
Language:
Russian
Keywords:
heat treatment, quenching media, cooling capacity, oils
Abstract and keywords
Abstract (English):
The paper objective is to develop and implement import-substituting water-soluble quenching media Rosoil for heat treatment of metals. Comparative results of laboratory tests of Rosoil quenching media cooling capacity and imported analogues are presented. Laboratory tests to determine the cooling capacity of quenching media were carried out using UZS-2 domestic installation, which allows testing in accordance with the requirements of international standards ISO 9950, ASTM D6200 - 01 and ASTM D6482 – 06. The results of pilot tests and the introduction of new Rosoil waterpolymer quenching media are described.

Keywords:
heat treatment, quenching media, cooling capacity, oils
References

1. Zuev VM. Heat treatment of metals. 5th ed. Moscow: Visshaya Shkola; 2001.

2. Kobasko NI. Quenching media. Metall science and heat treatment. Moscow; 1989.

3. Goryushin VV. On the use of synthetic quenching media in industry. Mi-TOM. 1991;2(4):10-14.

4. Burkov AG, Gritsenok PA. Cooling capacity of various quenching media based on water-soluble polymers. Proceedings of the National Academy of Science of Belarus. Physical-technical series. 2002;2.

5. Goryushin VV, Kovaleva SA, Shevchenko SYu. Application of UZSP-1 cooling medium for spray hardening of gears. Metallo-vedenie I Termicheskaya Obrabotka Metallov. 2007;6:33-36.

6. Maisuradze MV, Antakov EV, Nazarova VV. Cooling capacity of modern industrial polymer quenching media. Stal. 2021;8:50-59.

7. ISO 9950. International standard Industrial quenching oils - Determination of cooling characteristics. Geneve: International Organization for Standardization; 1995.

8. Sholom VYu, Abramov AN, Kazakov AM, Sholom AV, Ivanov VV. Installation for determining the cooling characteristics of technological media. Forging and Stamping Production. Material Working by Pressure. 2014;5:30-33.

9. Sholom VYu, Abramov AN, Kazakov AM, Sholom AV, Ivanov VV. Installation for determining the cooling characteristics of technological media. Forging and Stamping Production. Material Working by Pressure. 2014;5:30-33.

10. Sholom AV, Polyakov AB, Tyuleev DG, Ivanov VV, Volkova EB. Patent of the Russian Federation No. 2699698. Installation for determining the cooling capacity of a technological medium. 2019 Sep 09.

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