NEW COMPOSITIONS OF TOOL STEELS FOR COLD AND HOT FORMING AND THEIR HARDENING CAPABILITIES
https://doi.org/10.21122/1683-6065-2018-2-119-123
Abstract
New compositions of tool steels of increased wear resistance for manufacturing tools of various purposes are considered. The results of this work can be used in the manufacture of cold and hot forming molds and working parts of die casting molds of aluminum and copper alloys, as well as in the manufacture of cutting tools for woodworking and even for plastics molding. In every case you selection of the steels depends on the purpose of use and the required operational life of the tool.
About the Author
V. N. Fedulov
Belarusian National Technical University
Belarus
Minsk, 65, Nezavisimosti ave.
Belarus
Minsk, 65, Nezavisimosti ave.
References
1. Fedulov V. N. Vliyanie kolichestvennogo legirovaniya instrumental’nych staley dlya goryachego deformirovaniya na uroven’ich uprochneniya [Influence of quantitative alloying of tool steels for hot deformation on the level of their harden]. Lit’e i metallurgiya Foundry production and metallurgy, 2015, no. 3 (80), pp. 123–131.
2. Fedulov V. N. Puti povysheniya stoykosti vysokonagruzhennogo instrumenta goryachey vysadki golovok boltov [Ways to increase the durability of a high-loaded tool for hot disembarkation of bolt heads]. Lit’e i metallurgiya Foundry production and metallurgy, 2016, no. 1, pp. 120–129.
3. Fedulov V. N. Vliyanie usloviy ochlazhdeniya i razmera zagotovki pri lit’e instrumental’noy stali na sposobnost’ k posleduyushemu termicheskomu uprochneniyu poverchnosti [Influence of the cooling conditions and the size of the billet in the casting of tool steel on the ability to subsequently harden the surface of the surface]. Lit’e i metallurgiya Foundry production and metallurgy, 2016, no. 3, pp. 117–127.
4. Fedulov V. N. Optimizaciya temperaturnogo rezhima zakalki dlya povysheniya teplostoykosti instrumental’noy stali 4H5MF1S v razlichnych zagotovkach. Vybor rezhima zakalki stali 4H5MF1S dlya povysheniya tverdosti i teplostoykosti posle otpuska [Optimization of the temperature regime of quenching for increasing the heat resistance of 4Х5МФ1С tool steel in various blanks. Part 2. Choice of quenching of 4Х5МФ1С steel to increase hardness and heat resistance after tempering]. Lit’e i metallurgiya Foundry production and metallurgy, 2017, no. 3, pp. 70–77.
5. Fedulov V. N. Obmazka dlya diffuzionnogo karbonitrirovaniya stal’nych izdeliy [Coating for diffusion carbonitriding of steel products]. Zayavka na izobretenie, №a 20160204 ot 03.06.2016 Application for invention, no. 20160204 of 03.06, 2016, 6 p.
6. Fedulov V. N. Povyshenie stoykosti press-form dlya lit’ya alyuminievych splavov v processe ekspluatacii [Increasing the durability of molds for casting aluminum alloys in the process of operation]. Respubl. mezhvedomst. sb. nauch. tr. «Metallurgiya» The Republican interdepartmental collection of scientific works «Metallurgy». Vyp. 34, 2013, part 1, pp. 180–187.
7. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel] Patent RF, no. 2041968, 2000.
8. Fedulov V. N., Liventsev V. E., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 7513, 2005.
9. Fedulov V. N., Liventsev V. E., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 8647, 2006.
10. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 10629, 2008.
11. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 13783, 2010.
12. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 13979, 2011.
13. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 14569, 2011.
14. Fedulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 16385, 2011.
15. Felulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 17307, 2013.
16. Felulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 17527, 2013.
17. Felulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 18639, 2014.
18. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 19743, 2015.
19. Fedulov V. N., e. a. Instrumental’naya stal’. [Tool steel]. Patent BY, no. 19874, 2016.
20. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Euroasian patent, no. 026543, 2017.
21. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 21358, 2017.
22. Fedulov V. N., e. a. Instrumental’naya stal’. [Tool steel]. Patent BY, no. 21420, 2017.
23. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 20483, 2016.
24. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 20262, 2016.
25. Fedulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 18511, 2014.
26. Felulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 18512, 2014.
27. Felulov V. N., Sazonenko I. O., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 17311, 2013.
28. Felulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 12313, 2009.
29. Felulov V. N., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 8655, 2006.
30. Felulov V. N., Liventsev V. E., e. a. Instrumental’naya stal’ [Tool steel]. Patent BY, no. 7512, 2005.
31. Liventsev V. E., Fedulov V. N., e. a. Sostav obmazki dlya ustraneniya poverchnostnych mikrodefektov stal’nych izdeliy [Composition of a coating for the removal of surface microdefects of steel products]. Patent BY, no. 8873, 2007.
32. Fedulov V. N., e. a. Sostav obmazki dlya diffuzionnogo karbonitrirovaniya [Composition of a coating for diffusion carbonitriding]. Patent BY, no. 15496, 2012.
33. Fedulov V. N., e. a. Sostav obmazki dlya diffuzionnogo karbonitrirovaniya stal’nych izdeliy [Composition of a coating for the diffusion carbonitriding of steel products]. Patent BY, no. 21106, 2017.
Review
For citations:
Fedulov V.N. NEW COMPOSITIONS OF TOOL STEELS FOR COLD AND HOT FORMING AND THEIR HARDENING CAPABILITIES. Litiyo i Metallurgiya (FOUNDRY PRODUCTION AND METALLURGY). 2018;(2):119-123. (In Russ.) https://doi.org/10.21122/1683-6065-2018-2-119-123
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