A fastener (20, 120) comprising: a first fastener component (22, 122) having a first head portion (28, 128), a first cylindrical body portion (30, 130) extending from the first head portion along a first cylindrical axis, a first thread (34, 134) formed on the first cylindrical body portion (30, 130) about the first cylindrical axis, the first thread having a first thread handedness; a second fastener component (24, 124) having a second head portion (36, 136), a second cylindrical body portion (38, 138) extending from the second head portion along a second cylindrical axis, a through hole (44, 144) formed through the second head portion (36, 136) and the second cylindrical body portion (38, 138) along the second cylindrical axis, a second thread (42, 142) formed on the second cylindrical body portion (38, 138) about the second cylindrical axis, the second thread (42, 142) having a second thread handedness opposite the first thread handedness, at least a part of the first cylindrical body portion (30, 130) of the first fastener (22, 122) being positioned within the through hole (44, 144) such that the first threads (34, 134) are situated within the through hole (44, 144) and the first cylindrical axis is substantially coaxial with the second cylindrical axis to form an axis of rotation (72, 172); and a rotating joint (26, 126) that captures the part of the first cylindrical body portion of the first fastener within the through hole (44, 144) of the second fastener component to prohibit axial movement between the first fastener component (22, 122) and the second fastener component (24, 124) along the axis of rotation (72, 172) and permits axial rotation between the first fastener component (22, 122) and the second fastener component (24, 124) about the axis of rotation (72, 172); wherein the first fastener component (22, 122) is configured to be rotated in a first rotational direction about the axis of rotation (72, 172) and simultaneously the second fastener component (24, 124) is configured to be rotated in a second rotational direction about the axis of rotation (72, 172), the second rotational direction being opposite the first rotational direction. a first fastener component (22, 122) having a first head portion (28, 128), a first cylindrical body portion (30, 130) extending from the first head portion along a first cylindrical axis, a first thread (34, 134) formed on the first cylindrical body portion (30, 130) about the first cylindrical axis, the first thread having a first thread handedness; a second fastener component (24, 124) having a second head portion (36, 136), a second cylindrical body portion (38, 138) extending from the second head portion along a second cylindrical axis, a through hole (44, 144) formed through the second head portion (36, 136) and the second cylindrical body portion (38, 138) along the second cylindrical axis, a second thread (42, 142) formed on the second cylindrical body portion (38, 138) about the second cylindrical axis, the second thread (42, 142) having a second thread handedness opposite the first thread handedness, at least a part of the first cylindrical body portion (30, 130) of the first fastener (22, 122) being positioned within the through hole (44, 144) such that the first threads (34, 134) are situated within the through hole (44, 144) and the first cylindrical axis is substantially coaxial with the second cylindrical axis to form an axis of rotation (72, 172); and a rotating joint (26, 126) that captures the part of the first cylindrical body portion of the first fastener within the through hole (44, 144) of the second fastener component to prohibit axial movement between the first fastener component (22, 122) and the second fastener component (24, 124) along the axis of rotation (72, 172) and permits axial rotation between the first fastener component (22, 122) and the second fastener component (24, 124) about the axis of rotation (72, 172); wherein the first fastener component (22, 122) is configured to be rotated in a first rotational direction about the axis of rotation (72, 172) and simultaneously the second fastener component (24, 124) is configured to be rotated in a second rotational direction about the axis of rotation (72, 172), the second rotational direction being opposite the first rotational direction.