1Zhuchkov, SM, 1Gorbanev, AA, 1Kolosov, BN
1Z.I. Nekrasov Institute of Ferrous Metallurgy, NAS of Ukraine, Dnipropetrovsk
Nauka innov. 2008, 4(6):40-53
https://doi.org/10.15407/scin4.06.040
Section: Scientific and Technical Innovative Projects of National Academy of Sciences of Ukraine
Language: Russian
Abstract: 
The substantive provisions of rolled wire production technological process on the high-speed wire rolling mills of new generation are developed. The new methods of rolled wire production from carbon, low-alloy and complex-alloy steels (in particular high-speed cutting) steels at rolling speed up to 150 m/s are proposed.
Keywords: assortment, complex alloy steels, continuous wire rolling mill, four-cage blocks, high speed rolling, lines of water cooling, perspective flow sheet, quality, rolling temperature mode, temperature smoothing area
References: 
1. Zhuchkov S.M., Gorbanev A.A. Sovremennye provolochnye stany. Tendencii razvitija tehnologii i oborudovanija. OAO "Chermetinformacija": bjulleten' "Chernaja metallurgija", 2006, 7: 30-42 [in Russian].
2. Dmitriev V.D. Proizvodstvo kalibrovannogo metalla i provoloki. Itogi nauki i tehniki. Prokatnoe i volochil'noe proizvodstvo, t. 16. Moskva, 1990: 62-104 [in Russian].
3. Povyshenie jeffektivnosti proizvodstva metizov i kalibrovannogo metalla. V.I. Orinichev, A.M. Pavlov, M.P. Jarancev i dr. Chernaja metallurgija. 1985, 8: 39-52 [in Russian].
4. Patent Respubliki Belarus' N 3382. Vysokoskorostnaja mnogoblochnaja linija po proizvodstvu prokata i katanki. N.V. Andrianom, V.S. Pishhikin, V.A Matochkin i dr. Gosudarstvennyj reestr poleznyh modelej RB, 2006.12.01 [in Russian].
5. Riit B. Orientirovannyj na perspektivu sortovoj stan dlja prokatki special'nyh kachestvennyh i legirovannyh stalej. Metallurgicheskij zavod i tehnologija. MRT. 2004: 60-76 [in Russian].
6. Limper H.G. Novye tehnologii proizvodstva katanki. VI kongress prokatchikov 17-20.10.2005. OPAO Novolipeckij metallurgicheskij kombinat, Lipeck: 1-21 [in Russian].
7. Zhuchkov S.M., Gorbanev A.A. Sovremennye provolochnye stany. Tendencii razvitija tehnologii i oborudovanija. OAO Chermetinformacija: bjulleten' Chernaja metallurgija, 2006, 9: 46-53 [in Russian].