Definition and general context

Heat treatment equipment is devices designed to modify the physical and chemical properties of materials, mainly metals and alloys, through the controlled application of heat. In addition to the best-known conventional ovens and thermal baths, there is a variety of other specialized equipment that allows thermal processes to be carried out with particular characteristics, adapted to different industrial requirements and materials.

These other heat treatment equipment complement and expand the possibilities of structural and mechanical modification of materials, allowing the optimization of processes such as hardening, annealing, normalizing, tempering, among others. Their design and operation vary widely, incorporating modern technologies to improve energy efficiency, atmosphere control and thermal uniformity, as well as to comply with environmental and safety regulations.

Thermal induction equipment

Thermal induction equipment uses induced electrical currents to heat metals quickly and locally. This method allows efficient heat transfer, with very short heating times, which is ideal for applications such as surface hardening or spot annealing on specific parts.

The basic principle is based on the generation of electromagnetic fields that induce eddy currents in the metal part, causing it to heat up. This eliminates the need for a heat transfer medium, such as air or gas, and reduces environmental pollution.

Thermal induction equipment can be portable or stationary, with different powers and coil configurations depending on the shape and size of the part, which makes them very versatile in the automotive, aerospace and metallurgical industries.

Plasma heat treatment equipment

Plasma heat treatment uses high temperature ionized gases to heat and modify the surface of metallic materials. This technique allows high temperatures to be reached with precise control, in addition to offering protective atmospheres that prevent oxidation and contamination of the part.