Corrosion Testing Projects

  • Corrosion Testing

    Corrosion testing is a scientific method used to evaluate the corrosion resistance of materials in specific corrosive media. It is used to predict the service life of materials, select appropriate materials and corrosion inhibitors, and analyze the causes of corrosion failures. Ding Testing & Inspection provides precise corrosion testing services to ensure the corrosion resistance and reliability of materials, safeguarding industrial safety and product quality.

  • Hydrogen Induced Cracking

    Hydrogen Induced Cracking (HIC) refers to the phenomenon where internal cracks form in metal materials due to hydrogen absorption from corrosion in a wet hydrogen sulfide (H₂S) environment. This phenomenon primarily occurs in carbon steel and low - alloy steel, potentially leading to material embrittlement and fracture.

  • Stress Corrosion Testing

    Stress corrosion refers to the failure of metal in a corrosive medium under tensile stress. This type of corrosion typically propagates through the grains, known as transgranular corrosion. The failure process is the result of a combined action of strain and corrosion caused by residual or applied stress.

  • Corrosion Testing

    Corrosion testing is a scientific method used to evaluate the corrosion resistance of materials in specific corrosive media. It is used to predict the service life of materials, select appropriate materials and corrosion inhibitors, and analyze the causes of corrosion failures. Ding Testing & Inspection provides precise corrosion testing services to ensure the corrosion resistance and reliability of materials, safeguarding industrial safety and product quality.

  • The Intergranular Corrosion Test

    The Intergranular Corrosion Test is an accelerated metal corrosion test method used to inspect the intergranular corrosion sensitivity of metal materials under specific medium conditions. Its primary purpose is to understand whether the material's chemical composition, heat treatment, and processing techniques are appropriate.