Identifying and Addressing the Most Common Heat-Treatment Metal Defects
Without timely intervention, metals can develop porosity, resulting in material degradation and property damage. Conversely, heating certain metals above 650 degrees Celsius may trigger decarburization, potentially leading to a decrease in fatigue strength. Most metal products used in industry nowadays require heat treatment beforehand. Heat treatment is applying heat to metal objects without letting them melt. The products then undergo a carefully regulated chilling procedure to guarantee that they acquire the mechanical qualities needed by certain sectors.