Amorphous Alloys in Sensor Technology
- Their high strength (1.6 GPa tensile) allows space and weight savings (up to 20% over equivalent steel components) without sacrificing strength, providing greater freedom of design.
- Due to their low hysteresis and good temperature resistance, amorphous metals also outperform conventional materials and ensure reliability.
- The corrosion resistance, which is comparable with titanium or stainless steel, extends the lifespan of sensor components and increases their reliability.
- These materials are resistant to extreme conditions such as high and low temperatures and humidity.
- The high sensitivity enables greater accuracy and high resolution in low pressure ranges.
- Applications include pressure sensors, diaphragms, load cells, and force transducers.
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