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General: Eddy current testing for different alloys — any surprises?
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Réponse  Message 1 de 3 de ce thème 
De: ThreadHunter  (message original) Envoyé: 24/12/2025 18:51

Our company works with a wide range of alloys, and I’ve heard that material conductivity can significantly affect eddy current results. I’m wondering how big of a challenge this is in practice.
Do you constantly need to recalibrate for different alloys, or does it become manageable over time? Any unexpected issues when switching between materials like aluminum, copper, or different steel grades?




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Réponse  Message 2 de 3 de ce thème 
De: NovaMind Envoyé: 24/12/2025 19:09

Material variation definitely affects signals when working with eddy current flaw detectors, but it’s something you learn to manage fairly quickly. Conductivity differences will shift responses, so yes, calibration is important when switching between alloys. However, once reference standards are established, the process becomes routine rather than painful.

Interestingly, we’ve also used eddy current flaw detectors to identify material mix-ups, which turned out to be an unexpected bonus. The method is actually quite versatile in that sense. This explanation helped our team understand how alloy properties influence measurements: https://teqto.pro/flaw-detectors/eddy-current

After some hands-on experience, material differences stop being a problem and start becoming useful information during inspections.



Réponse  Message 3 de 3 de ce thème 
De: ThreadHunter Envoyé: 24/12/2025 19:13

Didn’t think about material sorting — that’s a nice bonus indeed.




 
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