Ultrasonic testing

It is possible to convert the time required for reflection into thickness and measure the thickness of materials that cannot be measured with calipers, etc.

"Ultrasonic flaw detection" involves placing a sensor called a probe against the surface of materials such as metal and transmitting ultrasonic waves. Ultrasonic waves are reflected at the boundary between different materials, such as metal and air. By utilizing this property, the position and size of flaws within the test specimen can be measured through the reflected echoes from these flaws. There are two main methods of flaw detection: the angled flaw detection method, which involves transmitting ultrasonic waves at an angle from the test surface and is used for detecting welds, and the vertical flaw detection method, which involves transmitting waves perpendicularly from the test surface and is used for detecting flaws in shafts and plates. [Features] - Measures the position and size of flaws from the reflected echoes within the test specimen. - The flaw detection methods are broadly classified into two types. - Can also measure the thickness of materials that cannot be measured with calipers. *For more details, please refer to the PDF document or feel free to contact us.*

Structural SurveyNon-destructive testing