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Heat treatment, coating and integrated machining
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Technical insights into industrial treatments, processes, and applications
The articles cover topics related to material properties, in-service behaviour, treatment selection, and process optimisation, providing useful guidance for the design and management of metal components.
Each piece of content is designed to clarify operational aspects, explore technologies in greater depth, and support technical decision-making based on real operating conditions.
Heat Treatment of Large Components: Key Process Variables to Control
As component size, weight and complexity increase, heat treatment becomes a more demanding engineering challenge. Having equipment large enough to accommodate the part is only the starting point. The process must account for how material properties, geometry,...
Heat Treatment Distortion: Causes, Control and Strategies for Dimensional Stability
When a steel component undergoes heat treatment, achieving the required metallurgical properties is only part of the challenge. Dimensional accuracy, straightness, flatness and tolerance requirements must also be considered throughout the manufacturing...
Induction Hardening vs Carburizing vs Nitriding: Choosing the Right Surface Hardening Process
Surface hardening plays a fundamental role in improving the performance of steel components operating under demanding conditions. Whether the objective is to increase wear resistance, enhance fatigue strength or extend service life, selecting the appropriate...
How to Choose the Right Heat Treatment for Steel Components
Selecting the right heat treatment is one of the most important decisions in the manufacturing of steel components. Hardness, toughness, wear resistance, dimensional stability and fatigue performance are not determined by the steel grade alone. They also...