Process for producing a press-hardened formed sheet-metal part having different properties from region to region, comprising the following steps: - providing a tailored welded blank, comprising a first sheet-metal piece which is made of a first steel alloy and has a first metallic protective coating, and comprising a second sheet-metal piece which is made of a second steel alloy and has a second metallic protective coating, wherein the second steel alloy differs from the first steel alloy in that during the press hardening operation the material dictates that it affords a higher strength, wherein both the first metallic protective coating and the second metallic protective coating are made of a zinc-containing alloy, wherein the first metallic protective coating has a layer thickness of ≥ 11 um and the second metallic protective coating has a layer thickness of ≤ 10 μm; - heating, forming and press-hardening or forming, heating and press-hardening the tailored welded blank, as a result of which a press-hardened formed sheet-metal part having a first formed-sheet-metal-part region formed from the first sheet-metal piece and a second formed-sheet-metal-part region formed from the second sheet-metal piece is produced, wherein the strengths of these two formed-sheet-metal-part regions (210, 220) differ from one another such that the first formed-sheet-metal-part region has a strength of ≤ 1650 MPa and the second formed-sheet-metal-part region has a strength of ≥ 1750 MPa, and wherein the anti-corrosion properties of these two formed-sheet-metal-part regions (210, 220) also differ from one another. - providing a tailored welded blank, comprising a first sheet-metal piece which is made of a first steel alloy and has a first metallic protective coating, and comprising a second sheet-metal piece which is made of a second steel alloy and has a second metallic protective coating, wherein the second steel alloy differs from the first steel alloy in that during the press hardening operation the material dictates that it affords a higher strength, wherein both the first metallic protective coating and the second metallic protective coating are made of a zinc-containing alloy, wherein the first metallic protective coating has a layer thickness of ≥ 11 um and the second metallic protective coating has a layer thickness of ≤ 10 μm; wherein the second steel alloy differs from the first steel alloy in that during the press hardening operation the material dictates that it affords a higher strength, wherein both the first metallic protective coating and the second metallic protective coating are made of a zinc-containing alloy, wherein the first metallic protective coating has a layer thickness of ≥ 11 um and the second metallic protective coating has a layer thickness of ≤ 10 μm; - heating, forming and press-hardening or forming, heating and press-hardening the tailored welded blank, as a result of which a press-hardened formed sheet-metal part having a first formed-sheet-metal-part region formed from the first sheet-metal piece and a second formed-sheet-metal-part region formed from the second sheet-metal piece is produced, wherein the strengths of these two formed-sheet-metal-part regions (210, 220) differ from one another such that the first formed-sheet-metal-part region has a strength of ≤ 1650 MPa and the second formed-sheet-metal-part region has a strength of ≥ 1750 MPa, and wherein the anti-corrosion properties of these two formed-sheet-metal-part regions (210, 220) also differ from one another. wherein the strengths of these two formed-sheet-metal-part regions (210, 220) differ from one another such that the first formed-sheet-metal-part region has a strength of ≤ 1650 MPa and the second formed-sheet-metal-part region has a strength of ≥ 1750 MPa, and wherein the anti-corrosion properties of these two formed-sheet-metal-part regions (210, 220) also differ from one another.