Web levne
Image default

What to know about non-destructive material characterization

Have you heard about non-destructive material characterization yet? This might be the technical solution that is perfectly fit for you and your industrial business. With the help of a small projectile that taps the chosen material, we can learn more about the overall quality of the product. A specialised microphone or vibrometer records the created vibrations. With non-destructive material characterization, the sample is not sensitive to temperatures or radiation, fatigue or aging. Use one of the measuring devices of IMCE to detect the quality of ceramics, refractory materials and other materials, such as steel and cast iron.

Determine the properties of a chosen material

With non-destructive material characterization, you can learn more about thermo-mechanical characteristics of a chosen material. With this technique, the Young’s modulus, shear modulus, Poisson’s ratio and internal friction are just a few examples of what is possible. The impulse excitation technique is the most important feature of this industrial method. A single simple is enough to create a cost-and material-efficient method for measuring a material. Are you not entirely sure about how non-destructive characterization works? The professionals of the company are happy to tell you a thing or two about optimizing this way of working. They have plenty of expertise with a wide variety of clients. Their team will help you with finding the right production methods and non-destructive material characterization.

Get in touch with the professional company

In short, using this technique has various benefits for your working methods. Are you curious about how non-destructive material characterization can benefit your business? Feel free to get in touch with IMCE. Simply send them an e-mail with your questions, leave your personal information via the online contact form or phone them for more information. They have an answer to every question about this industrial method and way of detecting the overall quality of a chosen material.