In the field of industrial measurement, stable monitoring under extreme operating conditions remains a critical technical challenge. Confronted with the stringent demands imposed by high-temperature and high-pressure environments on measurement equipment, ADW's High-Temperature Flow Transducer delivers a breakthrough solution for the industry through material innovation and structural optimization.

Innovative Structural and Material Design
The transducer utilizes special metal materials combined with precision sealing technology, enabling direct-contact measurement with liquid media. This design breakthrough significantly enhances signal stability in harsh environments, effectively overcoming the performance degradation common in traditional sensors under high-temperature and high-pressure conditions.
Core Performance Metrics
High-Temperature Endurance: Capable of continuous operation at temperatures up to 240°C.
Pressure Resistance: Long-term pressure withstand capability of 2.5 MPa.
Energy Efficiency Characteristic: Features a 5 Vp-p low drive voltage design.
Structural Advantage: Compact probe size of 16.8 mm.
Breakthrough in Technical Principle
Based on the propagation characteristics of ultrasonic waves in liquid media, this product maintains excellent signal quality even in complex working conditions through innovative structural design and material composition. This technological approach not only ensures measurement accuracy but also substantially extends the device's service life.

Diversified Application Scenarios
From petrochemicals and power energy to metallurgy and specialty industries, the superior performance of this transducer demonstrates strong adaptability across multiple sectors. It provides reliable monitoring assurance whether in high-temperature fluid transfer pipelines or in spatially constrained installation locations.
As industrial intelligent continues to advance, ADW's High-Temperature Flow Transducer is establishing new technical standards for the industrial measurement field with its exceptional operational adaptability and stable performance output, steadily driving the industry towards safer and more efficient development.
