Ultrasonic transducers on glass feedthroughs – precision under high pressure

Ultrasonic transducers on glass feedthroughs are indispensable for high-pressure applications, especially for the precise measurement and monitoring of gases. They are based on proven piezoelectric technology that converts electrical signals into ultrasonic waves and vice versa – ideal for recording parameters such as density, flow, or composition. The glass feedthrough acts as a reliable interface between the transducer and the medium. It provides reliable insulation, protects against extreme conditions, and ensures loss-free transmission of the ultrasonic waves. The glass used offers impressive chemical inertness and high pressure and temperature resistance.

Reliability is crucial in high-pressure environments: our ultrasonic transducers operate stably and precisely even under severe pressure fluctuations. The glass feedthroughs ensure a secure seal and prevent the ingress of gases – even under the most demanding conditions. This technology is used in numerous industries, including oil & gas, chemicals, and power generation. It not only enables process optimization and increased safety, but also supports compliance with strict environmental and quality standards.