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In corrosive conditions with acid/alkali attack and high temperature vessels, carbon bricks are employed as linings. The majority of chemical attacks, high temperatures or abrupt temperature changes, and thermal shock related to such conditions are all resistant to carbon bricks.
For situations with hydrofluoric acid, hydrofluorosilicic acid, its salts, and caustic substances, carbon bricks and tiles are advised.
The qualities of carbon brick have proven to be exceptional in a variety of chemical industry applications, including the lining of baths, the lining of chambers and towers in chemical plants, the lining of reaction vessels and boilers, as well as the construction of corrosion-resistant masonry and floor coverings.
Some companies offer grades of carbon bricks, tiles, forms, and sleeves that are produced utilising the most up-to-date manufacturing procedures.
The Global Carbon-containing bricks market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
In an effort to reduce dependence on imports, particularly those from China, Dalmia-OCL Ltd. installed a new refractory line at its Rajgangpur factory in Odisha for the manufacturing of Magnesia Carbon (MgO-C bricks).
When fully operational, this would be India’s largest refractory line for the manufacture of magnesium carbon bricks, which should reduce the country’s reliance on imports.
The steel industry consumes a lot of this product, and imports satiate the majority of the present demand.To service its important clients, Dalmia-OCL, a Dalmia Bharat Group firm, is localising the manufacturing of the majority of refractories.
The company hopes to gain market share by replacing imports with locally produced MgO-C bricks with the opening of the new production line.
