What Can Be Measured With An Ultrasonic Thickness Gauge
The industries are completely dependent on the modern technological tools and instrument for all the types of the applications. From tough iron to fragile glass, different sort of materials are used in the numerous applications throughout the industries. However, all these materials are tested well before the application as to determine their capabilities. A large number of devices are used widely for such purposes including for measuring the precision and physical strength of the materials. An Ultrasonic Thickness Gauge is one of them that is used to determine the application-strength of the material. Based on non-destructive testing techniques, the device measures the thickness of the material from one side. Level Gauge Glass
Talking about the reliability and the application of the device, it is fast, dependable and produces reliable results. Unlike other devices, it doesn’t require to test the sample from both sides. The small portable instrument is used for different applications throughout various industries. It uses sound energy that is generated over a broad frequency spectrum. It operates on the higher frequencies that are beyond the limit of human hearing. The most fascinating feature of the device is, it operates on the non-destructive techniques which mean it doesn’t harm the sample in any way.
What Can Be Measured With An Ultrasonic Thickness Gauge?
The microprocessor based hand-held thickness gauge is designed to measure the capabilities of the material accurately and precisely for the targeted applications. The device is portable in size and invented with the sophisticated technologies for the ferrous and non-ferrous materials. It can be set up for metals, plastics, fiberglass, ceramics, glass, composites, etc. Both on-line and in-process products can be measured with the device, as it is capable of measuring individual layer or coatings in multilayered fabrications.
Apart from the solid materials, the ultrasonic thickness gauge is also used to measure the liquid levels and biological samples. Some materials like wood, paper, concrete and foam products are not suitable for the conventional gauging because of their poor transmission of high frequency sound waves. The device is completely non-destructive in nature and there is no cutting or sectioning required while using the device. Basically, the small probe generate the sound pulse that travel through the sample and reflects back after reaching the inside surface.
Despite of the small size of the device, it has a large LCD screen to display accurate results to the user for strain free working. It has variety of application to measure the wall thickness even if they have an elevated temperature.