Application of Ultrasonic Thickness Gauge in Measurement of Copper-Silver Composite Materials

In the continuous exploration of materials science, metal composite materials have become an important force in promoting scientific and technological progress and industrial upgrading with their unique performance combination. As a leader in this field, copper-silver composite plates are gradually showing their irreplaceable value in multiple high-tech fields with their excellent physical and chemical properties.

Superior Performance of Copper-Silver Composite Plate

Electrical and Thermal Conductivity:

The copper-silver composite plate maintains the high electrical conductivity and thermal conductivity of silver, making it the preferred material in the fields of power transmission, heat dissipation devices, etc.

Mechanical Property

Through reasonable copper-silver ratio design and composite process optimization, the copper-silver composite plate shows good mechanical properties, including high strength, high toughness and good fatigue resistance.

Corrosion Resistance

Copper-silver composite plate has good resistance to a variety of corrosive media, suitable for Marine engineering, chemical equipment and other applications requiring high corrosion resistance.

Processing Properties

Copper-silver composite plate has good processing properties, easy to cut, bend and weld, making it convenient for making parts of various complex shapes.

Application Field of Copper-Silver Composite Plate

With its unique performance advantages, cooper-silver composite plate has shown a wide range of application potential in many fields such as electronics, aerospace, medical equipment and new energy.

In the research and development, production and application of copper-silver composite plates, accurate measurement of their thickness is very important.

As a high-precision and non-destructive measuring tool, ultrasonic thickness gauge can measure the thickness of copper-silver composite plate accurately by transmitting ultrasonic pulse and receiving the reflected signal. This method not only has high measurement accuracy, but also easy to operate, suitable for workpieces of various shapes and sizes, is an indispensable tool in the field of scientific research and production.

Measurement and Analysis of Copper-Silver Composite Plate

This is a sample product we received, a thin curved metal plate made of copper-silver composite material. Overall thickness is about 3 mm, of which the thickness of the silver layer is 100-110 microns.

The sample is a metal material with a smooth measuring surface. According to the thickness, it is suitable to use a 15M single crystal delay line probe, combined with YUSHI PM5 Gen2 precision ultrasonic thickness gauge to make accurate, reliable, and repeatable non-destructive measurements.

Measurement results of copper-silver composite plate

PM5 Gen2 ultrasonic thickness gauge can display the thickness of two layers of materials simultaneously. Set the sound velocity of the two materials separately, adjust A-scan waveform, the thickness of the upper silver layer and the bottom copper layer are as follows:

If you want to learn about the method of measuring the thickness of copper-silver composite material using ultrasonic technology, or if you have any problem in the measurement, please feel free to contact us to send samples for testing, we will offer you the best measurement solution.