Why High-Temperature Testing Matters скачать в хорошем качестве

Why High-Temperature Testing Matters

Modern materials are being pushed to the limit in increasingly extreme applications — in aerospace, energy production, engines, turbines, and even hypersonic technologies. These components are exposed to extreme temperatures and high pressure. Even slight temperature changes or minimal material strain can mean the difference between success and failure. ZwickRoell provides testing systems designed for exactly these conditions — enabling tests at temperatures above 2,000 °C, in vacuum or inert gas environments. Our solutions offer precise temperature control, non-contact strain measurement, and intuitive testing software for efficient, traceable processes. One particularly exciting field are new materials such as hybrid composites and 3D-printed components, which require specialized testing methods. Only long-term testing — over hours, weeks, or even years — can truly reveal their behavior under real-world conditions. Whether it's superalloys, ceramic matrix composites, or cutting-edge hybrid materials: The materials of tomorrow aren’t developed at a desk — they’re forged and tested in the lab, with the right testing tools. Watch this video to see how ZwickRoell is helping shape a future that’s more powerful, safer, and more sustainable.