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Minería

Corrosion-erosion wear

Synergistic degradation mechanism where mechanical erosion and chemical corrosion act simultaneously, producing 2–10× greater material loss than each acting alone. Common in slurry pumps, acid-pulp pipelines, valves and hydrocyclones in leaching and flotation plants. Corrosive damage removes the passive film, continuously exposing fresh metal to erosion. Control: bimetallic materials (high-chrome + rubber), vinyl ester or epoxy novolac coatings.

What you need to know

  • Synergistic degradation mechanism where mechanical erosion and chemical corrosion act simultaneously, producing 2–10× greater material loss than each acting alone.
  • Common in slurry pumps, acid-pulp pipelines, valves and hydrocyclones in leaching and flotation plants.
  • Corrosive damage removes the passive film, continuously exposing fresh metal to erosion.
  • Control: bimetallic materials (high-chrome + rubber), vinyl ester or epoxy novolac coatings.

Full definition

Synergistic degradation mechanism where mechanical erosion and chemical corrosion act simultaneously, producing 2–10× greater material loss than each acting alone. Common in slurry pumps, acid-pulp pipelines, valves and hydrocyclones in leaching and flotation plants. Corrosive damage removes the passive film, continuously exposing fresh metal to erosion. Control: bimetallic materials (high-chrome + rubber), vinyl ester or epoxy novolac coatings.

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