Mechanical testing encompasses a variety of analysis techniques that measure how materials respond to different stresses and strains. Mechanical testing can be used to characterize materials in a variety of ways, from analyzing their structure to ensuring reliability in demanding applications.

Testing samples under application-relevant conditions helps scientists, engineers, and technicians ensure the performance and longevity of their materials and products. Mechanical testing therefore informs successful material selection, product design, and performance predictions.

With numerous mechanical test instruments and tests to choose from, how do you find the right solution for your materials and applications? After reading this guide, you’ll be able to confidently answer:

• What are the main types of mechanical test techniques?
• Which technique is right for my material and application?
• How do I choose the right mechanical test instrument?
• What are the most important properties to test in my application?

From early material selection to final product evaluation, TA Instruments’ ElectroForce mechanical test instruments support the full breadth of material innovation. This guide will fill knowledge gaps so you can effectively choose the right techniques and level-up your material development.

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