Transducers & Wedges
Over the past 40 years, Phoenix has refined and developed a comprehensive range of high-performance ultrasonic transducers for general flaw detection and thickness measurement. Phoenix ISL transducers offer superior performance in a range of frequencies, crystal sizes, case construction, angles, and connector types. Transducers are produced at the company’s headquarters in the UK and are verified by quality standard BS EN ISO 22232-2:2020. Browse through our extensive range of Transducers and Wedges below. For any inquiries, contact our NDT experts at +44 (0) 1925 826000 or sales@phoenixisl.com.
Transducers & Wedges
Showing 1–12 of 54 results
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Single Crystal Compression Wave Transducers
For thickness measurement and flaw detect on plates, bars, forgings and castings. -
Single Crystal Shear Wave Transducers
Ideal for the general purpose testing of welds, plate, pipe tubing, castings, and forgings. The single crystal range of shear… -
De-mountable Piezo-composite TOFD Transducers
Phoenix offers a full range of De-mountable Piezo-composite transducers designed specifically for TOFD applications. -
Gold Series Shear Wave Transducers
The Gold series with modified internal design offer superior performance with exceptional results. -
Stainless Steel Single Crystal Compression Wave Transducers
SSSC transducers are manufactured in stainless steel cases for extra durability. -
Twin Crystal Compression Wave Transducers
Suitable for use on corroded and pitted surfaces, thickness measurement, brazed joint testing and for lamination detecting. -
De-mountable Non-composite TOFD Transducers
Highly damped ceramic-faced transducers in a threaded housing. For use with high temperature wedges -
High Temperature Twin Compression Transducers: 80°C – 100°C
HTC range constructed with durable plastic case. -
Single Element, Microdot
Ultrasonic conformable probes for the inspection of radius areas of composites and complex geometries in metals, such as weld cap… -
Twin Crystal Shear Wave Transducers
Ideal for inspecting thin materials for small flaws, occurring directly under the surface. -
Mini TOFD Transducers
Highly damped TOFD transducers, for use in confined spaces. -
Piezo-composite Mini TOFD Transducers
Highly damped TOFD transducers in a piezo-composite material, for use in confined spaces.