Abstract: A tube for fixation, which has increased durability and a method of producing the same are provided. Forming by spinning is carried out so as to thin the thickness A of a side wall of a bottomed prime tube 1 of a plastically deformable metal to a thickness of 20 to 50 ?m while rotating the bottomed prime tube 1 about the axis thereof and a metal original form 4 is formed. The metal original form 4 formed by spinning is cut to form a metal tube 6. The surface 6a of the metal tube 6 is sandblasted to impart residual compression stress to the surface 6a and to roughen the same. The treated surface is covered with a fluorocarbon resin film 7. The fluorocarbon resin film 7 is then heated to be heat-shrunk and the fluorocarbon resin film 7 is formed on the metal tube 6. Thus, a tube for fixation 8 is formed.