Abstract
To achieve optimal component properties through controlled gas nitriding, a precise approach is required. This method utilizes nitride layers with a defined structure, tailored to the specific stresses each component will encounter. Success relies on three key factors: firstly, understanding the ideal layer structure for a given stress profile, which informs the desired properties of the surface layer. Secondly, in-depth knowledge of material behavior during nitriding, considering both the material itself and the nitriding conditions, is crucial for material selection and parameter optimization. Finally, achieving consistent and predictable results hinges on the precise measurement and control of nitriding conditions, particularly the nitriding potential.
