Dehydrogenation

Dehydrogenation is a heat treatment carried out after electroplating processes, aimed at removing hydrogen absorbed by the material during galvanic operations.

The presence of hydrogen within the material can cause embrittlement phenomena, leading to a risk of component failure under stress.

The treatment is performed through controlled furnace cycles, with timing varying according to specific application requirements.

The main benefits are:

• reduced risk of hydrogen embrittlement
• increased component reliability
• preservation of the material’s mechanical properties

Dehydrogenation is particularly important for components subject to mechanical stress, where safety and long-term durability are essential requirements.