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Refractory Services

Our Refractory Services

Steel Ladle Lining

The steel melt is transported in and refined by steel ladles, which are made of refractories and steel-making materials. Refractory Lining prevents heat loss from the steel shell by shielding it from the steel melt. A well-lined steel ladle improves steel quality and production by providing effective temperature control of the steel melt. Using finite element (FE) methods, substantial research has been done on the thermomechanical behaviour of steel ladle linings with respect to pertinent process parameters, material characteristics, and lining configurations. Learn more about Refractory Eractors services provided by us through our website now
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CONARC Furnace Lining

In terms of yearly productivity, steelmaking has achieved its peak in recent years, and pertinent methods have been created through time to make steel with the greatest efficiency in the shortest amount of time. The Conarc Steelmaking Practice uses electrical and chemical energy to carry out melting, and decarburization in corresponding shells is a well-known steelmaking technique of Refractory Application widely utilized in modern businesses. The CONARC steelmaking method was created by Mannesmann Demag Huettentechnik (now it is SMS Siemag). The two procedures of our Refractory Installations were combined to create CONARC, which encapsulates the process (CONverter ARCing). This method's technology is based on the increasing usage of hot metal in electric arc furnaces and is intended to maximize productivity and optimize energy recovery in such a process
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Torpedo Ladle Lining

Torpedo ladles convey hot metal from the blast furnace to the steel mill; occasionally, the liquid iron is purified in the ladle by removing impurities like S and Si. Thermal shock resistance, abrasion resistance, impact resistance, corrosion resistance, and, if the lining is carbon-bonded, oxidation resistance are all requirements for Refractory Lining. Al SiC C bricks were created to withstand the more demanding circumstances present in treated ladles. The use of this sort of liner has also grown increasingly widespread in untreated torpedo ladles. In order to repair and prolong the working lining life of a Torpedo Ladle, we work closely with our customers to provide a suitable selection of gunning and castable materials
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Sponge Iron Plant Gunning

Manufacturing sponge iron is extremely sensitive to the properties of raw materials. Therefore, it is crucial to look at raw materials' physical and chemical properties, both alone and together. Iron ore and non-coking coal are the two main basic materials used to make sponge iron. Several tests are carried out at the company's laboratory to determine if they are suitable for use in a rotary kiln. Sponge iron is a more desirable intermediate for better-grade steel due to its reduced sulfur content. The operators of electric furnaces can accurately adjust their process settings since the gangue constituents are few and well-known. It is not pyrophoric and contains no tramp materials, such as. Scrap typically contains metals, including copper, zinc, tin, chrome, tungsten, and molybdenum. The sponge iron process in Refractory Installations can employ non-coking coal of average grade, which cannot be utilized to make iron.
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Lime Calcination Plant Lining

Our adept personnel oversees the assembly of the Lime Calcination Plant Lining that we offer, using only high-quality, certified components and cutting-edge technology in our Refractory Services. These are the best machines available, meeting all international standards. In order to build this lime kiln in accordance with industry standards, we get certified quality components from the top vendor base. This way, we can guarantee that the customer will receive a kiln that is damage-free and perfect. Our lime calcination rotary kiln Refractory Eractors may work in conjunction with a vertical preheater and vertical cooler to achieve advantages such as a high raw material utilization ratio, complete calcination, even quality, high capacity output, environmental & energy-saving, simple operation, and longer working life.
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