Electromagnetic testing systems

Low-frequency electromagnetic flaw detectors provide a specialized solution for identifying metal thinning, pitting, and subsurface cracks in ferromagnetic structures. Unlike basic measuring tools, these systems are designed to map material degradation across large areas. They are widely used for the structural health monitoring of pipelines, storage tanks, and heat exchangers, delivering reliable data in conditions where standard ultrasonic testing might be difficult to apply.

The primary value of these electromagnetic systems lies in their ability to perform non-contact inspections. You can detect serious flaws without stripping away paint or cleaning the surface to a mirror finish. This makes the inspection process much faster and prevents unnecessary operational delays. The equipment is built to be portable and rugged, allowing inspectors to move quickly between complex components in the field while maintaining high signal sensitivity.

Why professionals use electromagnetic flaw detection:

• Subsurface Scanning: Finding internal corrosion and cracks that are not visible to the eye.
• Coating Penetration: Inspecting through thick protective layers without damaging them.
• High-Speed Screening: Covering large sections of metal quickly to pinpoint areas that need urgent repair.

Successful flaw detection depends on using the right probe for the job. Our systems support various transducers, allowing you to adjust the depth and sensitivity of the scan based on the material thickness and the type of defect you expect to find. This flexibility ensures that whether you are working on a refinery tank or a power plant heat exchanger, you have the precision necessary to ensure industrial safety.