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Stainless steels are used in many areas of industry not only because of their high resistance, but also because they are easy to clean. How well particles can adhere to surfaces depends on a variety of parameters. The aim of this study is to show the influence of mechanical grinding processes on the surface produced. By specifically adapting the process parameters, it can be shown that a significant reduction in the adhesion of particles to the component surface can be achieved, even though the surface roughness is comparable. The application of a less abrasive grinding process chosen here and the results obtained allow the discussion that a reduced negative influence on the metallic structure in the base material also has an influence on the cleanability and adhesion behavior of particles.

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Study on the Effect of the Pre-state of Electropolished Surfaces of Austenitic Stainless Steels on the Generated Topography

  • 会议论文

  • 发表日期：

    2025年

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  • Arnulf Hörtnagl,
  • Paul Gümpel,
  • Cornelius Mauch,
  • Torsten Bogatzky

摘要

Stainless steels are used in many areas of industry not only because of their high resistance, but also because they are easy to clean. How well particles can adhere to surfaces depends on a variety of parameters. The aim of this study is to show the influence of mechanical grinding processes on the surface produced. By specifically adapting the process parameters, it can be shown that a significant reduction in the adhesion of particles to the component surface can be achieved, even though the surface roughness is comparable. The application of a less abrasive grinding process chosen here and the results obtained allow the discussion that a reduced negative influence on the metallic structure in the base material also has an influence on the cleanability and adhesion behavior of particles.