Find the perfect Non-Destructive Testing method for your application.
Real-time monitoring for active structural changes, detecting transient elastic waves generated by growing flaws under stress, perfect for large-scale asset surveillance.
Specialized for conductive materials, this method detects surface and near-surface defects and confirms material properties by leveraging induced electrical currents and magnetic fields.
Quantifies a material's resistance to permanent indentation or wear, crucial for confirming heat treatment results and verifying mechanical properties in critical applications.
A controlled thermal process applied post-welding to enhance material properties, drastically reduce residual stresses, and minimize the risk of failure in vital welded structures.
Uses penetrating radiation (X-ray/Gamma) to create volumetric images, ensuring the internal integrity of welds, castings, and complex components is verified before use.(DDA).
Utilizes sound waves for precise thickness measurements and accurate mapping of subsurface discontinuities, making it ideal for corrosion/erosion monitoring and flaw location.
The foundation of quality control, employing human expertise and advanced imaging (drones/robotics) to assess surface conditions and quickly identify signs of degradation or damage..
Dedicated assessment of lifting and suspension cables using magnetic and visual analysis to quantify broken wires and metallic loss, ensuring operational safety and compliance.
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