Advantages and shortcomings of hot dip galvanizing steel sheet. Galvanizing problems
Abstract
Hot dip galvanizing steel sheet is one of the optimum steel corrosion protection method on economic and ecological indicators. But this method has the advantages, shortcomings and the related problems of galvanizing demanding the urgent decision. In this paper the most important advantages and shortcomings of hot dip galvanizing steel sheet are considered and solutions of some problems are offered. The offered solutions of existing problems of hot dip galvanizing can promote further improvement of production steel with zinc coating. Therefore, quality of a coating and term of operation of products after hot dip galvanizing will increase. Moreover, in this paper some prospects of development of production steel with zinc coating in the future are considered. Hot dip galvanizing is one of the most demanded steel corrosion protection method, which is applied practically in all branches of a national economy and the industry.
Full Text:
PDFReferences
http://www.zdc.ru (accessed 11 November 2013).
http://www.infrahim.ru (accessed 11 November 2013).
Proskurkin E.V., Sukhomlin D.A. Influence of a method of galvanizing on physicomechanical, electrochemical and protective properties of zinc coverings [Vliyanie sposoba tsinkovaniya na fiziko-mekhanicheskie, elektrokhimicheskie i zashchitnye svoystva tsinkovykh pokrytiy], Korroziya: mate-rialy, zashchita [Corrosion: Materials and Protection], 2006, no.5, pp. 34-42.
Proskurkin E.V. Protective zinc coverings for rigid corro-sion and erosive service conditions [Zashchitnye tsinkovye pokrytiya dlya zhestkikh korrozionno-erozionnykh usloviy ekspluatatsii], Teoriya neftegaz [Theory Petrogas], 2009, no.9, pp. 42-51.
Tekhnologicheskaya instruktsiya TI 101-P-TsP-504-2008 Proizvodstvo stalnogo otsinkovannogo tonkolistovogo prokata na agregate nepreryvnogo goryachego tsinkovaniya №1 OAO “MMK” [Technological instruction TI 101-P-CP504-2008 Production of Steel Thin-Sheet hire with a zinc coating on the unit of conntiuous hot galvanizing no.1 of Magnitogorsk Iron-and-Steel Works], Magnitogorsk, 2008, 114 p.
Tekhnologicheskaya instruktsiya TI 101-P-TsP-536-2010 Proizvodstvo stalnogo otsinkovannogo tonkolistovogo prokata na agregate nepreryvnogo goryachego tsinkovaniya №2 OAO “MMK” [Technological instruction TI 101-P-CP536-2010 Production of Steel Thin-Sheet hire with a zinc coating on the unit of continuous hot galvanizing no.2 of Magnitogorsk Iron-and-Steel Works], Magnitogorsk, 2010, 132 p.
http://truboprokat.com (accessed 11 November 2013).
Paramonov V.A., Levenkov V.V. Production of coated automobile sheet steel [Proizvodstvo avtomobilnogo lista s pokrytiyami], Proc. inter. seminar “Modern developments in metallurgy and technologies of steels for automotive indus-try”, Moscow, 2004, pp. 226-229.
Mushenborn W., Steinhorts M. Coated steel sheet – Fac-ing automotive challenges, Proc. inter. seminar. “Modern developments in metallurgy and technologies of steels for automotive industry”, Moscow, 2004, pp. 206-225.
http://nvzmk.ru (accessed 11 November 2013).
http://www.okorrozii.com (accessed 11 November 2013).
http://www.hvm.dp.ua (accessed 11 November 2013).
Chertov V.M. Galvanizing is One of the Reasons of Hydrogen Fragility of High Strength Steel [Tsinkovaniye – odna iz prichin vodorodnoy khrupkosti vysokoprochnoy sta-li], Tekhnologiya mashinostroyeniya [Technology of Mechan-ical Engineering], 2006, no.2, pp. 11-14.
http://www.e-him.ru (accessed 11 November 2013).
Karpov L.P. Method of definition of irreversible hy-drogen fragility [Sposob opredeleniya neobratimogo vodorodnogo okhrupchivaniya], Patent RU 2089623, 1997.
Radionova L.V., Subbotina Yu.M. Comparative anal-ysis of the chemical compositions of the bath of hot dip gal-vanizing steel sheet [Sravnitelnyy analiz khimicheskikh sostavov vann goryachego tsinkovaniya stalnoy polosy], Proc. IX of the inter. conference “Quality strategy in the in-dustry and education”, Bulgaria, Varna, 2013, vol. 3, pp. 169-172.
Chernov P.P., Koryshev A.N., Larin Yu.I., Astakhov A.N., Yevsyukov V.N., Bubnov S.Yu. Method of obtaining of zinc from zinc dross [Sposob polucheniya tsinka iz tsinkovogo drossa], Patent RU 2188244, 2002.
Yudin R.A., Vinogradov A.V., Kovryakov S.V., Suda-kov E.A., Yanichev A.N. Method of extraction of zinc from zinc dross and furnace for its implementation [Sposob izvlecheniya tsinka iz garttsinka i pech dlya yego osushchestvleniya], Patent RU 2363747, 2009.
Yudin R.A., Shestakov N.A., Yudin I.R. Improvement of designs and method of heating of furnaces bathtubs of hot dip galvanizing [Sovershenstvovaniye konstruktsiy i sposobov otopleniya pechey-vann goryachego otsinkovaniya], Stal [Steel], 2004, no. 9, pp. 45-46.
http://www. satka.bezformata.ru (accessed 11 No-vember 2013).
Kashin V.V., Dmitriyev A.N., Kashin A.V., Tanutrov I.N. Method of continuous processing zinc-ferriferous dust and slimes [Sposob nepreryvnoy pererabotki zhelezotsinkoso-derzhashchikh pyley i shlamov], Patent RU 2280087, 2006.
Stalinskiy D.V., Kasimov A.M. Method of processing zinc-ferriferous dust or slimes of metallurgical production [Sposob pererabotki tsink-zhelezosoderzhashchikh pyley ili shlamov metallurgicheskogo proizvodstva], Patent RU 2465352, 2012.
Benyakovskiy M.A., Maslennikov V.A. Avtomobilna-ya stal i tonkiy list [Automobile steel and thin leaf], Cherepo-vets, Cherepovets publ. house, 2007. 636 p.
Petrov V.D. Optimization of a Consumption of Zinc at Hot Dip Galvanizing [Optimizatsiya raskhoda tsinka pri goryachem tsinkovanii], Stal [Steel], 2004, no.2, pp. 33-34.
DOI: http://dx.doi.org/10.24892/RIJIE/20130201
Refbacks
- There are currently no refbacks.
Copyright (c) 2016 Ludmila Radionova, Juliya Subbotina
© Russian Internet Journal of Industrial Engineering. ISSN 2310-0818
E-mail: indust.engineering.ru@gmail.com
Another version of the web site: http://indust-engineering.ru