STEEL INDUSTRY APPLICATIONS

Engineered hardfacing solutions for the most challenging wear environments.

In steelworks, plant shutdowns are practically prohibitive. The economic efficiency depends on their continuous operation and eliminating the need for any unscheduled repair-related stoppages. Hardcarb anti-wear solutions are engineered to ensure increased runtime and extended maintenance intervals for each area of a modern steel plant.

From bulk material handling at the Ore Terminal to charging chutes in the Blast Furnace; from intensive mixing, crushing and screening activities at the sinter and pellet plants to critical refurbishment of concast rolls within the rolling mills, Hardcarb offers a suite of powerful anti-wear solutions in all areas of steel production. Following are a few examples where Hardcarb anti-wear solutions are regularly offered:

  • Ore Terminal: bulk materials handling, stacker reclaimers, bunkers, hoppers, chutes, transfer cars, vibro-feeders.

  • Sintering plant – Intensive mixers, drum mixers, hoppers, cyclones, sinter discharge tables / crash decks, sinter crusher spikes and grizzly bars, wind boxes, downcomers, dedusting and waste gas fan rotors and casings, hot and cold vibratory screens etc.

  • Coking plant – chutes, hoppers, coke distribution cones, coke pushers, coke crushers, coke cutter, coal pulverizer liners, coke screening etc.

  • Blast furnace – hoppers, distribution chutes, skip cars, bell and hopper assembly, throat amour plates, vibro-feeders, gas scrubbing, screening decks etc.

Since Hardcarb is a 360o solution provider with a comprehensive portfolio of wear protection products, we are not limited to just one solution while providing engineered hardfacing solutions for the Steel Industry. This also enables us to carry out an unbiased examination, and to propose designs for your plant components and assemblies which offer the ideal techno-economically optimized solution.

Discover the future of Hardfacing

Our hardfacing alloys are rigorously tested in gruelling conditions so that no matter what, you can always count on safe, dependable performance.

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