Wear Phenomena in Non-ferrous Metal Furnaces

The Minerals, Metals and Materials Society
D. Gregurek
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The Minerals, Metals and Materials Society
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12
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745 KB
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Abstract

In non-ferrous metal furnaces the installed magnesia-chromite refractory lining is exposed to several stresses, rather complex in their interaction. Therefore, a detailed investigation and understanding of wear mechanisms through “post mortem studies” is an important prerequisite for refractory producer. Additionally, in order to determine the most suitable refractory products and to improve the lining life of refractories, practical corrosion testing with processing slags is performed. For this purpose the test-facilities, such as induction furnace, rotary kiln but also cup test and drip slag test, allow the best possible understanding of chemothermal brick wear on pilot scale. Prior to testing a complete mineralogical investigation, thermo-chemical calculation via FactSageTM of the slag was carried out. Based on such research results, combined with specific process knowledge RHI Magnesita can recommend appropriate brick lining solutions for non-ferrous metal furnaces.
Citation

APA: D. Gregurek  Wear Phenomena in Non-ferrous Metal Furnaces

MLA: D. Gregurek Wear Phenomena in Non-ferrous Metal Furnaces. The Minerals, Metals and Materials Society,

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