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Each year component failure
through inherent and non-inherent material defects causes such problems
as environmental pollution, risks to the health and safety of personnel,
damage to property and loss of production.
The financial cost of this to a company can be enormous and in some
extreme cases disastrous to the point of bankruptcy. |
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Early detection of material corrosion
and defects must be of paramount importance to any company wishing
to prevent any of the above outlined problems. Utilising state of
the art eddyMax® Eddy Current computerised technology is our solution.
This is an inspection technique that has been proven on projects within
the oil, gas, chemical, power generation and other industries both
onshore and offshore in Europe, the Middle East, Asia and North America. |
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The technical advantages of utilising Eddy
Current technology are
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inspection of ferrous
and non-ferrous metals |
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non-invasive inspection |
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remote controlled operation
for inspection in high radiation areas |
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remote controlled operation
for inspection where the access is limited |
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minimum pre-inspection
cleaning preparation of the material surface |
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fast inspection rate
- subject to access |
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high detection sensitivity |
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fast data retrieval |
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user friendly colour
mapped reports |
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and as such the resultant economic
and operational benefits to the customer are very obvious. |

Documentation can be produced as per customer requirements.


Bolts
- shaft and thread Drill
Pipe - shaft and thread Rollers
Shafts - Turbine, Pump,
Generator,
Motor, etc. Turbine
Blades Impeller Blades
Pipes Vessels
Aircraft Parts Welds
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| EddyScan© : |
Eddy Current inspection
of ferromagnetic and non-ferromagnetic components with flat and/or
curved surfaces. |
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| RotoScan
RS© : |
Eddy Current
inspection of ferromagnetic and non-ferromagnetic symmetrical cylindrical
components capable of being mechanically rotated. |
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