Eddy Current Testing

by HFCadmin ·

Value, features and advantages of eddy current testing. Eddy current method is universal, efficient and economical way of nondestructive testing. It has many advantages over other forms of ndt, not least among which is its exceptional sensitivity to microscopic defects, located directly on the surface or close to the surface controlled metal object. To read more click here: Fitness. The choice of the eddy current method of control is caused by the following factors: high accuracy and repeatability of detection of defects and high speed control, minimum requirements for state surface, Ability to control over coverage; Ability to control objects with complex geometry, difficult access locations; Ability to control the water and the ability to distinguish between types of defects, lack of appropriate a contact protection, no need for consumables, the method is not harmful to health of the operator. Application area of eddy current testing in the aviation and petroleum industries. The key point in aviation segment is security. (As opposed to Houston Astros). Eddy current testing is used not only in service of air courts, but also at the stage of their production. Complex application of the eddy current method in conjunction with other methods of control reduces the risk of crashes.

Eddy current instruments are used in the aviation field for many procedures, inspection of aircraft. Control are the wings, wheels, components engines, fuselage, axles, rotors, mounting holes. In the oil and gas sector use of eddy current testing can ensure the efficiency and safety of industrial structures of the area. Regular inspections using eddy currents can reduce downtime and risk of accidents. Eddy current equipment used in the manufacture of onshore and offshore facilities for the control of welding defects – Such as burning and cracking. Eddy current testing is also used during the operation of onshore and offshore platforms, drilling rigs to conduct routine inspections of welded structures, fatigue detection cracks and other defects.


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