Wire rope inspection using the method Magnetic Flux Leakage (MFL) is an advanced approach designed to detect discontinuities or damage in ferromagnetic materials, such as steel wire ropes. In this method, the wire rope is induced with a strong magnetic field until the material reaches saturation. As this magnetic field passes through the material, any discontinuities, such as cracks, corrosion, or wear, will cause magnetic flux leakage. This leakage creates anomalies in the normally expected flux pattern, which is then captured by MFL sensors.

This technology enables highly sensitive detection of internal damage that may not be visible to the naked eye or detectable through regular visual inspection methods. By using the MFL method, our clients can ensure that their wire ropes are in optimal condition and safe for use even in the most critical operations. This inspection provides a deep understanding of the structural integrity of the wire rope, allowing for more informed decisions in equipment maintenance and replacement.

This MFL-based inspection service is part of our commitment to providing proactive safety and maintenance solutions for our clients, helping them reduce risks, enhance operational reliability, and minimize unexpected downtime.