RFET Single-Driver Standard Probes
Explore RFET Technology with Our Advanced Probes
Contact us to learn how RFET probes can enhance your inspection capabilities and ensure the integrity of your assets. Let us help you achieve safer, more efficient operations with this revolutionary technique.
The Sonic RFET (Remote Field Eddy Current Testing) probes stand out as the ultimate solution for inspecting ferromagnetic materials. Leveraging cutting-edge technology, our RFET probes provide unparalleled accuracy, efficiency, and versatility to meet the demanding needs of the NDT industry.
Robust and Reliable Design, Engineered to withstand harsh environments, ensuring durability in challenging conditions, Flexible probe designs to accommodate varying pipe diameters and configurations.
Ergonomic and lightweight probes for effortless handling, Quick setup and easy integration with NDT systems.
High-resolution imaging and analysis for precise defect characterization, Compatible with modern NDT software for efficient reporting and decision-making.
Remote Field Eddy Current Testing (RFET):
The Remote Field Eddy Current Testing (RFET) technique is a specialized NDT method used for inspecting ferromagnetic materials, primarily pipelines, boilers, and heat exchangers. It leverages electromagnetic principles to detect internal and external defects with high sensitivity. RFET is particularly effective for inspecting components with thick walls, where traditional eddy current testing methods may struggle.
Principle The RFET system consists of an exciter coil and receiver coils placed inside the test material.
An alternating current is passed through the exciter coil, creating a magnetic field that induces eddy currents in the material.
Unlike conventional eddy current testing, RFET monitors the "remote field zone," where the electromagnetic field has traveled through the material’s thickness.
The remote field signal bypasses the excitation coil and returns to the receiver coil after interacting with the material and any defects.