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How to Select the Right MFL Probe for Your Steel Pipe Production Line?
2026-07-20
The probe is the "eye" of the magnetic flux leakage inspection system—it directly determines whether defect signals can be "seen." Choose correctly, and both detection accuracy and efficiency are secured; choose poorly, and even the best host equipment will fail to deliver.
Magnetic Flux Leakage (MFL) Testing
2026-07-10
Upgraded magnetic concentration technology realizes 0.1mm micro-flaw inspection for thin-wall seamless steel pipes
Richeng high sensitivity horizontal MFL probe for seamless steel pipe internal & external crack detection
2026-07-09
Richeng’s high-speed magnetic flux leakage inspection system realizes full import substitution for seamless steel pipe production lines
Richeng high sensitivity horizontal MFL probe for seamless steel pipe internal & external crack detection
2026-06-30
Conventional magnetic flux leakage testing typically utilizes direct current or low-frequency magnetization techniques, which are mainly applicable to the detection of macroscopic flaws in components with substantial wall thickness.
Richeng high sensitivity horizontal MFL probe for seamless steel pipe internal & external crack detection
2026-06-29
Starting with MFL testing, Ruicheng pursues truth through physics, acts with resolve, and has broken the foreign monopoly in steel pipe inspection—evolving from a follower to a leader.
Richeng high sensitivity horizontal MFL probe for seamless steel pipe internal & external crack detection
2026-06-29
Nondestructive Testing (NDT) refers to a broad range of analysis techniques used to evaluate the properties of a material, component, or system without causing damage.
Richeng high sensitivity horizontal MFL probe for seamless steel pipe internal & external crack detection
2026-06-05
Full comparison between MFL and EMAT ultrasonic inspection. MFL excels at scanning speed, coating penetration & large-area carbon steel corrosion screening. We supply interchangeable custom Tuboscope MFL replacement probes.