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Sonatest has one over-riding
and driving motivation—to design, manufacture and
markets the world’s best NDT products. The pace
of our own R&D investment has increased and we have
formed strategic partnerships to provide our customers
with an unmatched range of leading edge NDT instruments,
transducers and systems.
Sonatest manufacture a complete
range of high performance, high technology ultrasonic
transducers for general flaw detection and thickness
measurement applications. Each transducer is made
to exacting standards regarding acoustical, electronic
and mechanical properties. Our transducers are tested
thoroughly, typically at three stages of
manufacture. The complete range of transducer types
are available with a variety of connector styles,
case configurations, frequencies and element sizes.
This catalogue lists our standard-build angle, frequency
and diameter configurations only—other combinations
are available on request.
Our transducers are used across a wide range of
industries including aerospace, automotive, marine,
petrochemical, nuclear, power generation, metal
and composite fabrication. Applications include
a spectrum of inspection and evaluation testing
procedures, i.e. aircraft engine components, nuclear
components such as fuel containers, automotive
components, petrochemical processing equipment and
general high performance, critical materials.
We are sure that you will find the correct product
to provide the results that you require. However
if you find you require further advice or consultation
on specific applications, do not hesitate to contact
us. With our expertise and knowledge we guarantee
to provide the best NDT solutions for the most challenging
of applications. Should you require
more detailed information, technical assistance,
on-site demonstration, training or a quotation,
please contact us and we guarantee a prompt response.
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Critical welds, forgings, components requiring
accurate inspection. |
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Welds, components requiring inspection by
transverse shear wave techniques. |
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Welds and components requiring inspection
by transverse wave techniques. |
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Large work pieces, weldments, forgings,
castings, shafts. |
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The detection and evaluation of small flaws
which occur directly under the surface of
the test object or in areas not accessible
with compression probes and the testing
of small components with low attenuation
to transverse or shear waves, such as radial
cracks or corrosion cracks on the inside
of thin-walled containers. Also the detection
of transverse cracks on heat exchanger tubes. |
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