What Sets Coating Thickness Gauge Apart from Ultrasonic Thickness Gauge?
Using the ultrasonic pulse reflection theory, the ultrasonic thickness gauge calculates the thickness. The thickness of the material can be determined by measuring how long it takes for an ultrasonic pulse to go through the object being examined and reach the material's interface before being reflected back to the probe. The material's thickness should be measured.
Coating thickness gauges and ultrasonic thickness gauges are both tools used to measure an object's thickness, but there are many distinctions between the two in the measuring process, including the measurement of the object, the measurement of thickness, and other elements. The distinctions between coating thickness gauges and ultrasonic thickness gauges are briefly discussed here.
The contrast between an ultrasonic thickness gauge and a coating thickness gauge is as follows:
In the surface treatment business, coating thickness gauges are primarily used to gauge the thickness of coatings applied to metal or plastic surfaces. A standard coating thickness gauge diaphragm (calibration sheet) is placed alongside a product that has not received surface treatment, sprayed, and then the thickness of the diaphragm is measured with an instrument to determine the thickness of the product coating.
