Magnesia spinel concrete with metallic inclusions for the bottoms of soaking pits

V. L. Karasik,V. I. Kozdoba,N. S. Roi,V. G. Moskalenko,E. M. Bauman,T. V. Lukovkina,Yu. D. Sagalevich,A. N. Mozgovoi,V. G. Druzhinin,N. A. Starikov,V.B. Luk'yanov,N. V. Alekseenko,A. M. Ozerov,V. S. Kurskii

Magnesia spinel concrete with metallic inclusions for the bottoms of soaking pits

1980

V. L. Karasik
V. I. Kozdoba
N. S. Roi
V. G. Moskalenko
E. M. Bauman
T. V. Lukovkina
Yu. D. Sagalevich
A. N. Mozgovoi
V. G. Druzhinin
N. A. Starikov
V.B. Luk'yanov
N. V. Alekseenko
A. M. Ozerov
V. S. Kurskii

We established the cost-benefit advantages of the use of magnesia spinel waste (scrap) with metallic inclusions as a filler for making refractory concrete suitable for lining the bottoms of soaking pits.

Keywords:

Refractory
Metallurgy
Spinel
Magnesium
Dolomite
Composite material
Scrap
Materials science
Metal

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