A tubular joint comprising: a first tubular member and a second tubular member, the first tubular member having an end face configured to face a corresponding end face of the second tubular member; a clamping device for clamping the tubular members (10, 20) to each other with the end face of the first tubular member in contact with the end face of the second tubular member; and an annular sealing element to be received in an annular groove formed by a first annular recess in the end face of the first tubular member and an opposite second annular recess in the end face of the second tubular member, wherein the sealing element comprises an annular metallic body (41; 41') which has a first outer sealing surface designed to mate with a first tapered sealing surface provided in said first annular recess and a second outer sealing surface designed to mate with a second tapered sealing surface provided in said second annular recess upon clamping of the tubular members (10, 20) to each other, characterized in: that the sealing element comprises an annular first spring-energized seal member (47a, 62a) mounted to the metallic body (41; 41') and configured to be in sealing contact with a first radially extending sealing surface provided in said first annular recess radially inwardly of the first tapered sealing surface when the tubular members (10, 20) are clamped to each other; that the sealing element comprises an annular second spring-energized seal member (47b, 62b) mounted to the metallic body (41; 41') and configured to be in sealing contact with a second radially extending sealing surface provided in said second annular recess radially inwardly of the second tapered sealing surface when the tubular members (10, 20) are clamped to each other; and that the spring-energized seal members (47a, 47b) are configured to be prestressed upon clamping of the tubular members (10, 20) to each other. a first tubular member and a second tubular member, the first tubular member having an end face configured to face a corresponding end face of the second tubular member; a clamping device for clamping the tubular members (10, 20) to each other with the end face of the first tubular member in contact with the end face of the second tubular member; and an annular sealing element to be received in an annular groove formed by a first annular recess in the end face of the first tubular member and an opposite second annular recess in the end face of the second tubular member, wherein the sealing element comprises an annular metallic body (41; 41') which has a first outer sealing surface designed to mate with a first tapered sealing surface provided in said first annular recess and a second outer sealing surface designed to mate with a second tapered sealing surface provided in said second annular recess upon clamping of the tubular members (10, 20) to each other, characterized in: that the sealing element comprises an annular first spring-energized seal member (47a, 62a) mounted to the metallic body (41; 41') and configured to be in sealing contact with a first radially extending sealing surface provided in said first annular recess radially inwardly of the first tapered sealing surface when the tubular members (10, 20) are clamped to each other; that the sealing element comprises an annular second spring-energized seal member (47b, 62b) mounted to the metallic body (41; 41') and configured to be in sealing contact with a second radially extending sealing surface provided in said second annular recess radially inwardly of the second tapered sealing surface when the tubular members (10, 20) are clamped to each other; and that the spring-energized seal members (47a, 47b) are configured to be prestressed upon clamping of the tubular members (10, 20) to each other.