For high-precision components made from high-alloy steels, deep cooling (-80°C) is applied after heat treatment to ensure dimensional and shape stability, and to eliminate residual austenite.
Bluing serves to create a thin protective layer on mostly iron-containing surfaces to reduce corrosion.
The blackening is achieved through a chemical...
Through case hardening of normally low-carbon steels (alloyed or unalloyed), they acquire a hard and wear-resistant surface layer, as well as a tough ...
We use steel shot (hardened steel balls 0.6 mm) for blasting to clean the workpiece surface of scale residues after hardening, or of rust and paint re...
The hardening of unalloyed and high-alloy tool steels is carried out in our vacuum furnace at a maximum hardening temperature of 1250 °C.
Through thi...
In induction hardening, or surface hardening, only a specific area of a component is hardened (partial hardening).
In this process, the areas to be h...
The aim of this heat treatment is to achieve a component with high strength and yield strength, as well as great toughness (elongation at break).
In ...
Physically induced shape changes due to hardening lead to distortion, which can be corrected through straightening (e.g., of shafts) to an accuracy of...
Bluing serves to create a thin protective layer on mostly iron-containing surfaces to reduce corrosion.
The blackening is achieved through a chemical...
Through case hardening of normally low-carbon steels (alloyed or unalloyed), they acquire a hard and wear-resistant surface layer, as well as a tough ...
We use steel shot (hardened steel balls 0.6 mm) for blasting to clean the workpiece surface of scale residues after hardening, or of rust and paint re...
The hardening of unalloyed and high-alloy tool steels is carried out in our vacuum furnace at a maximum hardening temperature of 1250 °C.
Through thi...
In induction hardening, or surface hardening, only a specific area of a component is hardened (partial hardening).
In this process, the areas to be h...
The aim of this heat treatment is to achieve a component with high strength and yield strength, as well as great toughness (elongation at break).
In ...
Physically induced shape changes due to hardening lead to distortion, which can be corrected through straightening (e.g., of shafts) to an accuracy of...