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Ultrasonic transducers designed from the ground up to operate continuously in extreme environments.
Powered by the Ionix novel and proprietary piezoelectric technology, HotSense™ transducers offer reliable, stable and cost effective ultrasonic measurements at temperatures from –40 °C up to +380 °C and in the presence of ionizing radiation.

For use in applications across refining, oil & gas, energy, nuclear, aerospace and process sectors.

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Ionix HotSense™ transducers are available now for integration into your systems and programs giving you the opportunity to enhance your measurement and monitoring equipment and capabilities. Ionix offer advice on corrosion monitoring techniques and methods and NDT testing services.

PRODUCT RANGE

Ultrasonic Testing Equipment

CONTINUOUS MONITORING TRANSDUCER

Ultrasonic transducer for thickness measurements in extreme environments. Designed for permanent installation and continuous monitoring. Supplied to fit with existing installation equipment or with Ionix deployment kit. Ultrasonic transducers for 0° measurements ideal for thickness, corrosion and erosion monitoring and non-destructive testing (NDT). Ideal for applications over 150°C showing outstanding temperature stability.

Integrate into your systems and programs to:


  • Minimise operational risk and maximise productivity with enhanced asset intelligence
  • Maximise safety
  • Deliver cost-effective maintenance and repair programs without the need for costly shutdown or cooling

CONTINUOUS MONITORING TRANSDUCER

Ultrasonic transducer for thickness measurements in extreme environments. Designed for permanent installation and continuous monitoring. Supplied to fit with existing installation equipment or with Ionix deployment kit. Ultrasonic transducers for 0° measurements ideal for thickness, corrosion and erosion monitoring and non-destructive testing (NDT). Ideal for applications over 150°C showing outstanding temperature stability.

Integrate into your systems and programs to:


  • Minimise operational risk and maximise productivity with enhanced asset intelligence
  • Maximise safety
  • Deliver cost-effective maintenance and repair programs without the need for costly shutdown or cooling

Non-destructive testing (NDT) Inspection Transducer

Products Inspection

Applications:


Thickness<br />Monitoring

Thickness
Monitoring

Range<br />Sensing

Range
Sensing

Level<br />Sensing

Level
Sensing

Ultrasonic transducer for thickness measurements in extreme environments. Designed for inspection applications working with existing non-destructive testing (NDT) industry hardware and equipment. Ultrasonic transducers for 0° measurements ideal for thickness, corrosion and erosion monitoring. Providing new integrity testing and inspection techniques.

Integrate into your systems and programs to:


  • Deliver cost-effective maintenance and repair programs
  • Minimise operational risk working with high temperature stable transducer
  • Enhance safety with improved measurements at high temperature
  • Provide new integrity testing and inspection techniques
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CLAMP ON ULTRASONIC FLOW TRANSDUCER

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Applications:


Flow<br />Monitoring

Flow
Monitoring

Ultrasonic transducer for clamp on flow measurement in extreme environments. Designed for permanent installation or mobile operation. Supplied to fit with existing installation equipment or with Ionix deployment kit. Offering fast and easy installation direct to asset without waveguide.

Integrate into your systems and programs to:


  • Deliver cost-effective flow monitoring in extreme environments
  • Improve data accuracy and enhance asset intelligence
  • Enhance safety with improved measurements at high temperature
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HIGH PERFORMANCE PIEZOELECTRIC (HPZ) CERAMIC

Ceramics Product Image

Applications:


Sensor

Sensor

Actuators

Actuators

Transducers

Transducers

Ionix has invented a series of proprietary high-performance ferroelectric, piezoelectric materials (HPZTM) which enable devices that can serve a range of demanding environment applications. Our ability to tailor materials optimised for high temperature, high strength and radiation resistance, makes for a versatile technology that is readily manufactured using conventional ceramic production techniques.

Integrate into your systems and programs to:


  • Enable sensor and actuation systems for use in extreme environments
  • Deliver online condition monitoring solutions
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