Corrosion-protected tension member (10; 110) comprising - a plurality of tension elements (14; 114) and - an anchor apparatus (44; 144) having - an anchor element (16; 116) which comprises through-holes (18; 118) intended for the tension elements (14; 114) to pass through, is in contact with the tension elements (14; 114) so as to absorb tensile forces therefrom, and is designed and intended to indirectly or directly transmit said tensile forces to a higher-level structure (12; 112), - at least one resiliently compressible sealing disc (28; 128) which is arranged on the side of the anchor element (16; 116) facing away from the free ends of the tension elements (14; 114) and which comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through, and - a support device (26; 126) which is arranged on the side of the at least one sealing disc (28; 128) facing away from the anchor element (16; 116) and comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through, characterised in that at least one plastically deformable disc (30; 130) made of an anti-corrosion material is arranged between the anchor element (16; 116) and the at least one sealing disc (28; 128) when the tension member (10; 110) is in a state in which it is pre-assembled but not yet under tensile stress. - a plurality of tension elements (14; 114) and - an anchor apparatus (44; 144) having - an anchor element (16; 116) which comprises through-holes (18; 118) intended for the tension elements (14; 114) to pass through, is in contact with the tension elements (14; 114) so as to absorb tensile forces therefrom, and is designed and intended to indirectly or directly transmit said tensile forces to a higher-level structure (12; 112), - at least one resiliently compressible sealing disc (28; 128) which is arranged on the side of the anchor element (16; 116) facing away from the free ends of the tension elements (14; 114) and which comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through, and - a support device (26; 126) which is arranged on the side of the at least one sealing disc (28; 128) facing away from the anchor element (16; 116) and comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through, - an anchor element (16; 116) which comprises through-holes (18; 118) intended for the tension elements (14; 114) to pass through, is in contact with the tension elements (14; 114) so as to absorb tensile forces therefrom, and is designed and intended to indirectly or directly transmit said tensile forces to a higher-level structure (12; 112), - at least one resiliently compressible sealing disc (28; 128) which is arranged on the side of the anchor element (16; 116) facing away from the free ends of the tension elements (14; 114) and which comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through, and - a support device (26; 126) which is arranged on the side of the at least one sealing disc (28; 128) facing away from the anchor element (16; 116) and comprises through-holes (28a; 128a) intended for the tension elements (14; 114) to pass through,