TOFD
Time-of-flight diffraction (TOFD) transducers and wedges generate refracted longitudinal waves in steel. These highly damped probes provide a high resolution for ultrasonic testing of welds. Phoenix manufactures composite and non-composite TOFD transducers of varying frequencies from 2MHz to 15MHz and crystal diameters ranging from approximately 3mm (0.125″) to 20mm (0.787″). To accompany this range is a wide selection of TOFD wedges manufactured from durable plastic, brass, or stainless steel to suit varying inspection environments.
Browse through our extensive range of TOFD transducers and wedges below. For any inquiries, contact our NDT experts at +44 (0) 1925 826000 or sales@phoenixisl.com.
TOFD Solutions
Showing all 10 results
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De-mountable Piezo-composite TOFD Transducers
Phoenix offers a full range of De-mountable Piezo-composite transducers designed specifically for TOFD applications. -
De-mountable Non-composite TOFD Transducers
Highly damped ceramic-faced transducers in a threaded housing. For use with high temperature wedges -
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. -
Delay Line Kits for TOFD Transducers
Delay Line converter kits are a simple solution to incorporate a delay line in front of Phoenix ISL standard TOFD… -
De-mountable TOFD Wedges
For use with DTOF and CDTOF transducers. Manufactured in stainless steel with irrigation and gimbal pin options. -
WREN TOFD Wedges – Brass
Ideal for use with the WREN Scanner and DTOF and CDTOF transducers with a reduced land, enabling wedges to sit… -
High Temperature WREN TOFD Wedges – Stainless Steel
Ideal for use with the WREN Scanner and DTOF transducers -
High Temperature TOFD Wedges – Stainless Steel
Designed to withstand 200˚C and can be used with the full range of Phoenix scanners and DTOF transducers. -
M-Skip Wedges
M-Skip or Multi-Skip Ultrasonic transmit-receive probes and wedges for use either side of obstructions.