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Calcined Lime
Calcined Lime is nothing but Lime that has reached an oxidized state thanks to the treatment of the same at temperatures of 900 degrees celsius and going above 1100 degree celsius as well. The calcination of limestone at such high temperatures comes in handy within a number of industries and is conducive for a number of metals and the products that they are finally cast into. To begin with, the purification of metals is one of the most important processes within the overall activity of metal making. The use of calcium oxide is necessary so as to forge and cast the metal by modifying its composition. There are three distinct uses and activities carried out with Calcined Lime, which go a long way in creating such metals and the products that come from them
SLAG FORMATION:
In the steel making cycle, there are a number of waste products that get attached to the end product. This is what is typically known as slag formation as the slag tends to accumulate the waste products in the steel making process. Calcined Lime is known to be able to remove this slag so that you are left with shining and gleaming reams of steel. In this process, the high temperatures that are attained also help in protecting the steel from other gases in the atmosphere which may tamper with its overall quality, including nitrogen.
REMOVAL OF PHOSPHOROUS:
The start point of the steel making process is connected with iron ore and scrap metal which are generally used to kick start the entire manufacturing cycle. While this is a requirement, it can also render major damage to the very quality of steel that is finally produced. In order to maintain the overall ductility of steel and keep the quality levels high, Calcined Lime is used to extract the phosphorous that tends to get attached to the steel in this process, which maintains the ductility of steel.
REMOVAL OF SULPHUR:
The attachment of sulphur to steel in the process of creating the said steel can actually make the end product thinner and of very low quality. The application of Calcined Lime helps in keeping the strength of the steel intact so that it does not become fragile or fall prey to cracks. It does so by removing all traces of Sulphur from the steel.
PRIMARY AND SECONDARY STEEL:
Primary and Secondary steel making can benefit greatly from the application of Calcined Lime as can be seen from the purification based activities above. The purification process using Calcined Lime can be used in an optimum way to gain a metal with varying levels of composition depending on what the end result is.
FLURORCHEMICALS
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CEMENT PRODUCTION
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