In today’s day and time, competency of your workforce is just not the only thing required to stay ahead of the competitions but infrastructural upgradations are just as important a thing to consider. NDT - Non-destructive Testing helps the industries equipped with sophisticated equipment and machinery stand the test of time. In technical terms, it helps you examine a material, component, or a system to identify and resolve the issues related to high-pressure equipment that may otherwise prove disastrous in the long run.
Eddy current testing, applied to a varied range of applications is used to detect flaws in the conductive materials such as tubing, sheets, and cylinders. It’s one of the cost-effective yet complex methods of Non-destructive testing (NDT) that uses the principles of electromagnetic induction for a faster scanning speed. Eddy current testing inspection is often applied for crack-detection and material sorting.
Below, are the main advantages of eddy current inspection:
- Faster scanning speed
- Can work without the fluid component, unlike the conventional ultrasonic testing (UT)
- Easy to prepare
- Can detect the smallest of crack on the metal surfaces
- Are portable
When it comes to the non-ferrous materials such as copper, and aluminum, eddy testing method is used to inspect the characteristics of a particular material before determining the purity of the metal.
Considering the fact that the industries are always on the lookout for the safety standards, the demand for NDT professionals has only risen. This is the reason why the experts have come up with NDT training schools that offer both online and offline certifications in Non-destructive testing to the professionals who want a promising career in the field of electromagnetics.
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