Zircon refractories for the slide gates of steelcasting ladles

Usatikov, I. F.; Mikhailova, K. A.; Sizova, Elena; Kozhina, N. M.; Fomenko, V. A.; Tkachev, V. K.; Golub, V. Ya.; Dano, M. G.

doi:10.1007/bf01281576

Refractories

1977

DOI: 10.1007/bf01281576

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Zircon refractories for the slide gates of steelcasting ladles

I. F. Usatikov

K. A. Mikhailova

Elena Sizova

et al.

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1980

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“…The number of times for which a set of refractories can be used for pouring steel canbe increased by the use of metal--resistant plates with a fairly high heat resistance and strength and a low thermal conductivity [2,3,[7][8][9]. Corundum and zircon refractories have the highest corrosion and erosion resistances to attack by liquid steel, including manganese steel [7][8][9].…”

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Industrial tests of composite plates with baddeleyite inserts and bushes for sliding gates

et al. 1980

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The use of sliding gates in steel--teeming ladles ensures reliable pouring of metal ~ad improves the working conditions [1,2]. Mullite-corundum, corundum, and zircon plates, magnesian plates with a periclase working layer [2][3][4][5][6][7][8][9][10], and magnesite plates with a periclase insert are used in sliding gates.The muIlite-corundum plates in use at the Donetsk Metallurgical Works (DMW) for pouring steel into molds from 170-140 ton ladles, and the magnesite plates with a periclase working layer on MNLZ, permit pouring of only one melt [5]. Although steel pouring through a sliding gate is definitely advantagenous from the aspect of organization and improvement of working conditions, it is only economically advantageous when not less than 60% of the refractories of the sliding gate are used twice [4].

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“…Corundum and zircon refractories have the highest corrosion and erosion resistances to attack by liquid steel, including manganese steel [7][8][9]. The higher thermal conductivity of magnesian and corundum refractories promotes crust formation [9].…”

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confidence: 99%

Industrial tests of composite plates with baddeleyite inserts and bushes for sliding gates

et al. 1980

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Zircon refractories for the slide gates of steelcasting ladles

Cited by 1 publication

References 0 publications

Industrial tests of composite plates with baddeleyite inserts and bushes for sliding gates

Industrial tests of composite plates with baddeleyite inserts and bushes for sliding gates

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