Our Solution
Cost-effective model
A cost-effective ladle refractory furnace maintains molten steel temperature and protects the ladle shell while minimizing maintenance and material costs.
Lime Addition
A cost-effective ladle refractory furnace, enhanced with lime addition, maintains molten steel temperature, improves impurity removal, and protects the ladle shell while minimizing maintenance and material costs
Slag composition
Proper slag composition enhances alloy recovery rates, reducing waste and cost, and plays a vital role in chemical refining by absorbing impurities to refine the melt composition. This leads to better quality and cost-effective ferroalloy production.
Material Handeling
A material handler efficiently manages the movement and storage of materials, ensuring smooth operations and minimizing delays in production.
Bunker Feeder
A bunker feeder efficiently supplies bulk materials from storage bunkers to processing equipment, ensuring a continuous and controlled flow of resources.
FAM Accuracy Model
Ferroalloy optimization model enhances the control and precision of the alloying process, leading to improved product quality, reduced costs, and increased operational efficiency.It minimizes waste and reduces costs by accurately calculating the necessary additions, avoiding excess use of expensive alloys.
About Ladle Refractory Furnece
A ladle refractory furnace is essential in steelmaking for holding and transporting molten steel between refining and casting stages. Its refractory lining provides thermal insulation and protects the ladle shell from extreme heat and corrosion. During refining, processes like deoxidation and alloy addition occur, with gases injected to stir the molten steel for uniformity. Regular maintenance of the refractory lining is crucial to ensure efficiency and prevent failures, making it vital for quality steel production.
Steel Production Capacity
Captive Power Capacity
Community People Benefitted
Employees Across 3 Continents
Our Achievement
14583 MT
The SMS team at JSPL Angul achieved its highest ever steel production of 14583 MT on 24th August.
JSPL Angul
Achievement of Highest-Ever NOF Life at JSPL Angul On June 20, 2022, the RHI Magnesita team, in collaboration with JSPL Angul, achieved a record-breaking New Oxygen Furnace (NOF) campaign life of 500 heats.