A mixing container, comprising plural chambers,, for various components that are mixable to produce a mix product, wherein a) at least a first chamber for receiving a first component of the mix product in a first container element and at least a second chamber for receiving the first component of the mix product in a second container portion and a third chamber for receiving a second component of the mix product are arranged, b) the first container element and second container element are pivotable and/or rotatable relative to each other into a mixing position, wherein a connection between the first chamber and the second chamber and the third chamber is provided in the mixing position for mixing the components, wherein c) the mixing container is formed by a rotation symmetrical element, wherein a rotation axis is arranged perpendicular to a longitudinal center axis of the rotation symmetrical element, wherein d) a component guide element is provided that is fixed at least at one container element wall and intrinsically deformable, wherein e) the intrinsically deformable component guide element is deformable by twisting it about the rotation axis of the rotation symmetrical element, and wherein the component guide element is fixed at least at one container element wall which extends perpendicular to the rotation axis, and wherein f) the component guide element forms the third chamber that is closed in the starting position and is arranged in an interior of the mixing container coaxial to a rotation axis of the mixing container and fixed against rotation at a wall of the first container element and/or of the first chamber and a wall of the second container element and/or of the second chamber, and wherein g) the component guide element is arranged so that it separates in a starting position the first chamber and the second chamber on the one hand side and the third chamber on the other hand side from each other component tight and so that upon a relative rotation of the first container element and the second container element into the mixing position the component guide element opens due to a deformation of its circumferential wall so that the component guide element connects the first chamber and the second chamber on the one hand side and the third chamber on the other hand side to provide a component flow. a) at least a first chamber for receiving a first component of the mix product in a first container element and at least a second chamber for receiving the first component of the mix product in a second container portion and a third chamber for receiving a second component of the mix product are arranged, b) the first container element and second container element are pivotable and/or rotatable relative to each other into a mixing position, wherein a connection between the first chamber and the second chamber and the third chamber is provided in the mixing position for mixing the components, wherein c) the mixing container is formed by a rotation symmetrical element, wherein a rotation axis is arranged perpendicular to a longitudinal center axis of the rotation symmetrical element, wherein d) a component guide element is provided that is fixed at least at one container element wall and intrinsically deformable, wherein e) the intrinsically deformable component guide element is deformable by twisting it about the rotation axis of the rotation symmetrical element, and wherein the component guide element is fixed at least at one container element wall which extends perpendicular to the rotation axis, and wherein f) the component guide element forms the third chamber that is closed in the starting position and is arranged in an interior of the mixing container coaxial to a rotation axis of the mixing container and fixed against rotation at a wall of the first container element and/or of the first chamber and a wall of the second container element and/or of the second chamber, and wherein g) the component guide element is arranged so that it separates in a starting position the first chamber and the second chamber on the one hand side and the third chamber on the other hand side from each other component tight and so that upon a relative rotation of the first container element and the second container element into the mixing position the component guide element opens due to a deformation of its circumferential wall so that the component guide element connects the first chamber and the second chamber on the one hand side and the third chamber on the other hand side to provide a component flow.