27
JUL
Induction surface hardening – Steel hardening for optimal lifespan and resistance
Induction surface hardening - Steel hardening for optimal lifespan and resistance
Steel alloys are used in many applications, especially where good resistance and fatigue life are required. Steel itself is well prepared for various loads, but can’t really handle everything. Some enhancements are needed if we want to ensure a good end result. One of the techniques used to enhance the properties of steel and steel alloys is surface hardening, especially induction surface hardening. This technique is used in various settings for a wide variety of steel products.
Induction surface hardening has several convincing advantages. The main advantage is the quality of the end product. When working with steel, we usually aim for optimal properties of the material and eventual product. The best result can be reached with top-quality surface hardening, which makes robust and resistant products. Induction surface hardening is used for crucial elements that have to bear constant loads and resist forces on the surface. No shortcuts can be found if we want to produce a reliable product. That’s why induction surface hardening is used in demanding processes for manufacture of various crucial mechanical parts.
The technique is also quite convenient and safe. There is no need for hazardous open flames, as induction heating is completely sufficient for melting the layers of the material. Induction surface hardening consists of induction heating and then quenching the material to ensure the best result. It’s comparatively easy and safe procedure, very convenient for use in various settings. It can be used even on smaller elements, not only for big industrial parts. The depth of the surface layer targeted can be defined in advance and the whole process is very controlled in general. The technique offers a great experience as well as a great end product, definitely suitable for all kinds of applications.