ISSN 2594-357X
50° Seminário de Redução de Minérios e Matérias-primas — vol. 50, num.50 (2022)
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Abstract
THE ECOFIB TECHNOLOGY HAS MADE ITS PROOFS IN MANY APPLICATIONS WHERE COMMON REFRACTORY MATERIAL DOES NOT MEET ITS REQUIREMENTS. BESIDES CEMENT PLANTS, FOUNDRIES, STEEL SHOPS, THIS PRODUCT HAS ALSO VARIOUS INNOVATIVE APPLICATIONS IN BLAST FURNACE CASTHOUSES. THE EXTREME WORKING CONDITIONS CONDITIONED BY HOT METAL PROJECTIONS, CORROSION, THERMAL SHOCKS, VERY HIGH TEMPERATURE, RADIATION AND SOMETIMES A MIX OF SOME OR EVEN ALL OF THESE FACTORS MAY CAUSE SEVERE DAMAGES TO THE BF INSTALLATIONS. ECOFIB IS AN IDEAL PRODUCT WHICH RESIST TO THESE CONDITIONS BETTER THAN COMMON REFRACTORIES ESPECIALLY WHEN IT COMES TO THERMAL SHOCKS AND HOT METAL PROJECTIONS. THANKS TO ITS EXCELLENT PROPERTIES, ECOFIB IS PERFECTLY SUITABLE FOR PROTECTIONS. VARIOUS APPLICATION OF THIS PRODUCT ON THE BF CASTHOUSES WILL BE DISCUSSED IN THE FOLLOWING DOCUMENT.
THE ECOFIB TECHNOLOGY HAS MADE ITS PROOFS IN MANY APPLICATIONS WHERE COMMON REFRACTORY MATERIAL DOES NOT MEET ITS REQUIREMENTS. BESIDES CEMENT PLANTS, FOUNDRIES, STEEL SHOPS, THIS PRODUCT HAS ALSO VARIOUS INNOVATIVE APPLICATIONS IN BLAST FURNACE CASTHOUSES. THE EXTREME WORKING CONDITIONS CONDITIONED BY HOT METAL PROJECTIONS, CORROSION, THERMAL SHOCKS, VERY HIGH TEMPERATURE, RADIATION AND SOMETIMES A MIX OF SOME OR EVEN ALL OF THESE FACTORS MAY CAUSE SEVERE DAMAGES TO THE BF INSTALLATIONS. ECOFIB IS AN IDEAL PRODUCT WHICH RESIST TO THESE CONDITIONS BETTER THAN COMMON REFRACTORIES ESPECIALLY WHEN IT COMES TO THERMAL SHOCKS AND HOT METAL PROJECTIONS. THANKS TO ITS EXCELLENT PROPERTIES, ECOFIB IS PERFECTLY SUITABLE FOR PROTECTIONS. VARIOUS APPLICATION OF THIS PRODUCT ON THE BF CASTHOUSES WILL BE DISCUSSED IN THE FOLLOWING DOCUMENT.
Keywords
Blast Furnace, castfloor, casthouse, Main runner, ECOFIB, Design
Blast Furnace, castfloor, casthouse, Main runner, ECOFIB, Design
How to refer
Knoppik, Grzegorz;
Pruvost, Yannick.
ECOFIB APPLICATIONS ON BLAST FURNACE CASTHOUSES
,
p. 305-318.
In: 50° Seminário de Redução de Minérios e Matérias-primas,
São Paulo,
2022.
ISSN: 2594-357X
, DOI 10.5151/2594-357X-34579
