Designed for High-Temperature Abrasion, Oxidation, and Softening Control

High-temperature wear is a combined mechanism—abrasion, oxidation, and thermal softening occur simultaneously, especially above 400°C. Standard wear plates rapidly lose hardness and begin to scale or deform under these conditions.

Our heat-resistant hardfaced platesuse metallurgically stable overlay structures that retain wear resistance at elevated temperatures.

What They Resist

      •  High-temperature oxidation
      •  Softening of surface layers
      •  Abrasive particle attack at elevated temperature
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Where They Work Best

Steel industry transfer lines, sinter crushers,fan blades, heated rotary feeders, clinker coolers, cyclones, high-temperature ducts, and material handling systems exposed to sustained heat Cyclones, separators, pneumatic conveying lines, fan blades, fan housings, and high-velocity ducting.

Performance Advantages

      •  Stable hardness under thermal cycling
      •  Reduced scaling and oxide spallation
      •  Strong adhesion between base metal and overlay for long-term reliability
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These plates are engineered to protectequipment where heat and abrasion coexist.