The electromagnetic ultrasonic thickness gauge is a high-tech product, which is mainly used to measure the thickness of various metals under high temperature conditions. This instrument adopts the principle of electromagnetic ultrasonic thickness measurement and uses electronic control technology to accurately measure the thickness value. It is fast, accurate and stable.
Electromagnetic ultrasonic thickness gauge can be used for precise thickness measurement of metal materials and their component parts under various high-temperature working conditions in aviation, aerospace, automobile, shipbuilding, petrochemical, chemical, metallurgy, electric power and other industries. For example, the thickness of various metal plates and pipes does not require surface polishing or coupling agent during the inspection process, and the inspection can be completed quickly.
In addition, the electromagnetic ultrasonic thickness gauge can also detect high-temperature pipes and other materials with a maximum temperature of 800°C. Moreover, the instrument can be applied to the measurement of different materials, such as stainless steel, aluminum alloy, titanium alloy, etc.
In addition, the use of the electromagnetic ultrasonic high-temperature thickness gauge is also very simple. You only need to put the probe close to the measurement object and scan it. There is no need to apply any spray or couplant during measurement, so it will not bring any traces to the surface of the object, ensuring non-destructive detection of measured objects.
In short, the electromagnetic ultrasonic high-temperature thickness gauge has the characteristics of wide application range, diverse application scenarios, and simple use methods, and has become an indispensable and important equipment in industry. During the measurement process, we need to pay attention to the correct use and maintenance of the electromagnetic ultrasonic high temperature thickness gauge to ensure that it works stably and accurately, providing strong support for the development of the industry and improving the quality and performance of industrial products.
