Magnetic Particle Vector Field Alignment
Magnetic particle vector field alignment uses magnetic fields to precisely detect flaws in ferromagnetic materials. It improves inspection reliability through complete overlapping of different field directions.
Physicochemical mechanism of action
Magnetic particle vector field alignment generates a complex magnetic field by overlaying magnetic particles in different directions. This allows detailed capture of the material's magnetic properties.
Metallurgical relevance & welding risks
In ferromagnetic materials, magnetic particle vector field alignment can help detect transverse and longitudinal flaws that may arise from welding processes. This improves inspection quality and prevents potential defects.
Workshop practice & instructions
To use magnetic particle vector field alignment, the magnetic fields must be precisely aligned. The direction and strength of the fields should be set to provide complete coverage of the workpiece. This requires special equipment and expertise in magnetic field technology.