In-Situ Metallography

In-Situ Metallography is a non-destructive metallurgical analysis technique that allows direct examination of microstructures on installed or large components without removing samples. Using portable microscopes and surface preparation methods, in-situ metallography reveals grain structures, phase distributions, and surface defects while preserving the component’s integrity. This technique is especially valuable for inspecting critical equipment and structures in service.

Applications

• Installed Component Inspection:Examine turbines, pipelines, pressure vessels, and structural parts without disassembly.
• Microstructure Evaluation:Observe grains, phases, and surface conditions on-site.
• Surface Defect Detection:Identify cracks, corrosion, wear, and other surface anomalies.
• Failure Analysis:Investigate in-service components to determine causes of degradation or failure.
• Quality Control:Verify metallurgical quality and compliance with manufacturing standards.
• Maintenance & Reliability Assessment:Support predictive maintenance and life extension programs.
• Research & Development:Evaluate performance of new materials or coatings under real operating conditions.