Production of Chemically Resistant Refractory Concrete Mixes from Metallurgical Waste and Their Physical and Chemical Properties
Satbaev B.N. Koketaev A.I. Aimbetova E.O. Berdikulova F.A. Shalabaev N.T. Satbaev A.B.
January 2021Springer
Refractories and Industrial Ceramics
2021#61Issue 5484 - 486 pp.
The results of research on obtaining a new composition of chemically resistant, refractory concrete mixture are presented. The basis of the resulting mass is production waste, which is a slag of electrothermal reduction of niobium pentoxide — crushed and purified fused alumina — electrocorundum, ferrosilicon slag, ferrochrome slag, refractory aluminosilicate mortar and refractory clay. High chemical resistance, fire resistance, mechanical strength, hardness and wear resistance determine the scope of its application—the production of chemically resistant, refractory concrete.
electrocorundum , ferrochrome slag , ferrosilicon slag , refractory aluminosilicate mortar , refractory clay , slag of electrothermal reduction of niobium pentoxide
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RGP Branch “National Center for Complex Processing of Mineral Raw Materials of the Republic of Kazakhstan” State Scientific and Production Association “Kazmekhanobr”, Astana, Kazakhstan
RGP Branch “National Center for Complex Processing of Mineral Raw Materials of the Republic of Kazakhstan” State Scientific and Production Association “Kazmekhanobr”
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