Press-hardened component and method for the production of a press-hardened component

A press-hardened component, the press-hardened component being produced by:

• providing a semifinished product made of unhardened, hot-workable steel sheet and precoated with a first coating;
• forming a component blank from the semifinished product by cold-forming;
• trimming the component blank at a margin to a marginal contour approximately corresponding to the component to be produced;
• heating and press-hardening the trimmed component blank in a hot-forming tool;
• and
• covering the first coating of the press-hardened component blank directly with a second, anticorrosion coating so as to obtain the press-hardened component.

A press-hardened component, the press-hardened component being produced by:

• providing a semifinished product made of unhardened, hot-workable steel sheet and precoated with a first coating:
• heating and press-hardening the semifinished product in a hot-forming tool so as to define a component blank;
• trimming the component blank at a margin to a marginal contour corresponding to the component to be produced;
• and
• covering the first coating of the press-hardened component blank directly with a second, anticorrosion coating so as to obtain the press-hardened component.

A method for the production of a press-hardened component from a semifinished product made of unhardened, hot-workable steel sheet and precoated with a first coating comprising at least one of aluminum, an aluminum alloy and an aluminum-silicon alloy, comprising the following method steps:

• forming a component blank from the semifinished product by cold-forming;
• trimming the component blank at a margin to a marginal contour approximately corresponding to the component to be produced;
• heating and press-hardening the trimmed component blank in a hot-forming tool;
• and
• covering the press-hardened component blank with a second, anticorrosion coating, wherein the covering is performed by at least one of a thermal diffusion with the second, anticorrosion coating comprising at least one of zinc and a zinc alloy, and a hot galvanizing with the second, anticorrosion coating comprising at least one of zinc, a zinc alloy and zinc chloride.