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Boiler Water Wall Tube Eddy Current Testing in Thermal Power Plants

Boiler Water Wall Tube Eddy Current Testing in Thermal Power Plants

2025-05-30

Usage Process:

  • Boiler water wall tubes operate under high temperature and pressure, prone to rupture due to internal wall corrosion pits, fluid dust erosion thinning, or hydrogen embrittlement cracks.
  • During maintenance periods, hidden defects must be identified and repaired to prevent sudden operational failures.
  • The steel tube corrosion scanner uses a saddle-shaped probe attached to the outer wall of the steel tube for scanning, eliminating the need to remove oxide and scale layers.
  • High precision and fast detection speed.

Advantages:

  • Supports both online and offline inspection of various metal bars, seamless pipes, welded pipes, and strips.
  • External probes are used for continuous transmission and detection of surface, near-surface, and internal defects.
  • Saddle-type saturators and probes are ideal for inspecting weld quality in larger diameter pipes, detecting defects such as incomplete fusion, inclusions, pinholes, pores, inner burrs, and weld beads.
  • Point probes with manual or automatic scanning devices are used for spot-by-spot inspection of large or complex-shaped workpieces.
  • Flexible auxiliary equipment options to suit different inspection methods and production environments.
  • Can utilize existing on-site equipment or be customized for special applications.
  • Lightweight and portable auxiliary devices are available for mobile inspections, with manual operation as an alternative.


Boiler water-wall tubes detected with corrosion, wall thickness thinning, and hydrogen embrittlement

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