According to a comprehensive article by AZoM titled “Decarburization – Metallurgical Processes,” decarburization is a crucial phenomenon in steel forging and heat treating, which can have significant implications for material properties.

As reported by AZoM: In the realm of metallurgy, decarburization is a process that involves the depletion of carbon from the surface of steel, typically achieved by heating above the lower critical temperature or through chemical reactions. This process is particularly common in steel forgings and can occur unintentionally or be intentionally induced.

Discover Advanced Technical Products’ Expertise: For a deep dive into decarburization and its impact on metallurgical processes, including its effects on steel strength, fatigue resistance, and wear rates, explore Advanced Technical Products’ capabilities in the field.

Decarburization can both weaken steel and alter its surface properties, leading to diverse outcomes based on application-specific needs. 

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