The magnetic yoke is highly effective for detecting surface and subsurface cracks, including flakes, lack of fusion in welded joints, tears, and other imperfections in ferromagnetic materials.
The strengthened magnets version magnetic yoke is highly effective for detecting surface and subsurface cracks, including flakes, lack of fusion in welded joints, tears, and other imperfections in ferromagnetic materials. With its stronger magnets, it provides even better performance in demanding inspection scenarios.
The magnetic particle flaw detector is designed for non-destructive testing of metallic structures, effectively identifying surface and subsurface defects like cracks, voids, and welding defects, and includes an automatic demagnetization function, making it ideal for use in workshops and industrial facilities.
The lightweight and versatile magnetic inspection yoke allows for efficient magnetic particle inspections with fully adjustable legs that provide a maximum spacing of 250 mm, ensuring precise application of a strong magnetic field for accurate detection of surface and subsurface defects in ferromagnetic materials.
Reference magnetic test blocks are used to evaluate the quality of magnetic suspension, featuring metal plates with precisely engineered defects, such as cracks with known geometric parameters, enabling users to verify the reliable detection of defects of specified sizes and ensuring a specific level of sensitivity when used with magnetizing devices.
Magnetic test block is utilized for comparing the quality of different magnetic powders, ensuring quality during testing bench operations, and analyzing quality in magnetic particle testing, including verifying the correct dosing of magnetic powder in automatic testing.