Hottinger Brüel & Kjær (HBK), a global leader in measurement solutions, continues to expand access to its proven portfolio of pressure and vibration sensors, engineered for the aerospace industry and other extreme environments. These innovative sensors are designed to deliver uncompromising accuracy and reliability where conventional instrumentation fails. Modern aerospace, energy, and industrial systems operate in conditions that exceed the limits of traditional sensors. Direct-mount, high-temperature vibration and pressure sensors from Piezocryst by HBK and Dytran by HBK are purpose-built to thrive in environments such as jet engines, rocket motors, nuclear reactors, and high-vibration automotive systems.
Continuous, high-fidelity monitoring
By eliminating the compromises of legacy setups – such as signal drift, standoff tubes, and frequent recalibration – HBK empowers engineers to achieve continuous, high-fidelity monitoring for better design, testing, and operational safety. Customers using HBK’s advanced sensor solutions benefit from cleaner data, longer operational life, and reduced downtime. Field-proven with over 200 million turbine operating hours, these sensors support critical applications, including jet engine combustor monitoring, hydrogen combustion acoustics, rotorcraft gearbox vibration tracking, and predictive maintenance in power generation and automotive sectors. Certified to AS9100, ISO 9001, and ISO 14001 standards, HBK’s portfolio ensures compliance and confidence for OEMs and operators worldwide.
For more information about HBK’s holistic sensor solutions for extreme environments, visit https://www.hbkworld.com/en/Campaign/pressure-and-vibration-sensors-built-for-aerospace
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