The invention relates to a battery (313) comprising a metal housing, which has a housing outer wall (314) having at least one through-hole (314a; 314b) defined by a peripheral opening edge (314c; 314d). At least one individual cell having at least one positive electrode and at least one negative electrode is arranged in an interior of the housing. An electrically conductive terminal stud (101; 201) is connected to the at least one positive electrode or to the at least one negative electrode. The terminal stud (201) comprises a shaft (103; 203), which is fed through the through-hole defined by the peripheral opening edge (108a), and a clamping element (104, 105; 204, 205), which sits on the shaft (103; 203) and covers the through-hole and forms an annular gap (111, 112; 211, 212) together with the housing outer wall (314). An electrically insulating, annular support element (106; 206) surrounds the shaft (103; 203) of the terminal stud (100; 200) in a sleeve-like manner. Said support element has a peripheral contact surface (107) facing outward, against which the opening edge (108a) lies, and a sealing element (209; 210), which is arranged concentrically around the support element (106; 206) in the gap (112; 212) between the clamping element (104, 105; 204, 205) and the housing outer wall (314). The invention further relates to a battery (313), to a method for producing such a battery, and to a terminal feed-through (100; 200) processed in said method.