High Temperature Ultrasonic Testing
High Temperature Ultrasonic Testing enables accurate thickness measurement and defect detection on assets operating at elevated temperatures—without the need for shutdown or cooling.
This method is essential for refineries, power plants, manufacturing facilities, and process industries, where continuous operation is critical. It ensures reliable data acquisition while maintaining operational efficiency and safety compliance.
Wall thickness monitoring solutions for in-service corrosion and erosion monitoring
Minimize operational risk and maximize productivity with enhanced asset intelligence. Non-invasive, automated and wireless ultrasonic monitoring solutions for applications across refining, oil & gas, nuclear and process sector.
Flexibility
Increase what can be monitored
HotSenseTM transducers allow for deployment directly to hot assets for measurements from -55°C to + 550°C (-67 to 1022 deg F).
Reduced Maintenance
Multiple transducers per measurement node to minimise batteries. Service packages available.
Improved Network Stability
Transducers and node may be positioned independently to allow for ease of access for battery change or to maximize wireless signal.
Increased Area Usage
Intrinsically safe for deployment across your whole facility.
WIRELESS
WirelessHART certified for integration into your operations.
Remote measurement configuration and maintenance.
Battery life is transmitted allowing maintenance and data collection scheduling.
Security
Advanced data management software on local server or data direct to you DCS and PIMS – data never leaves your site.
Inhouse Data Access
Make data available to both maintenance and operations teams to better optimise plant productivity.
Built-in Calibration
Measurements may be validated using HotSenseTM transducer integrated calibration block.
AUTOMATED
Automated
thickness measurements, temperature measurements and corrosion rates transmitted directly to your control room.
Configurable Alarms
Robust and reliable measurements for determination of wall loss rates absolute thickness.