PROBLEM TO BE SOLVED: To develop a film in a well-balanced manner in slipperiness, adhesiveness and wiping resistance. SOLUTION: The sheath is provided with a coating that covers the periphery of the sheath and is in close contact with the sheath. The coating is formed of a rubber composition containing a rubber component and fine particles, and has static friction on the surface of the coating. The coefficient is 0.5 or less, and a long fiber non-woven fabric (length in the wiping direction 50 mm) using a cotton linter containing rubbing alcohol is used on the surface of the coating at 2×10 −3 MPa to 4×10 −3 MPa. When a test was conducted by repeating 20,000 times, abutting so as to exert a shear stress, and wiping the surface of the film at a length of 150 mm in the wiping direction at a speed of 80 times/minute to 120 times/minute, repeated 20,000 times. There is provided a cable having a wiping resistance such that the difference (absolute value) in static friction coefficient between before and after the test is 0.1 or less. [Selection diagram] Figure 1【課題】被膜において、すべり性、密着性および拭き取り耐性を高い水準でバランスよく発現させる。【解決手段】シースと、シースの周囲を覆い、かつ、シースと密着して設けられる被膜と、を備え、被膜は、ゴム成分および微粒子を含むゴム組成物から形成され、被膜の表面における静止摩擦係数は、０．５以下であり、被膜の表面に、消毒用アルコールを含むコットンリンターを用いた長繊維不織布（拭き取り方向の長さ５０ｍｍ）を、２×１０－３ＭＰａ～４×１０－３ＭＰａのズリ応力が働くように当接させて、被膜の表面を、拭き取る方向の長さ１５０ｍｍ、速さ８０回／分～１２０回／分でふき取ることを２万回繰り返す試験を行ったときに、被膜の静止摩擦係数の試験前後での差（絶対値）が０．１以下となるふき取り耐性を有する、ケーブルが提供される。【選択図】図１
