A component connection, comprising: - a warm component, which is at a first temperature, - a cold component, which is at a lower temperature compared with the temperature of the warm component, as well as - a connection device, wherein the connection device has a connection means with a threaded bolt and a threaded nut which corresponds to the threaded bolt, wherein, by means of cooperation of the threaded bolt with the threaded nut, an indirect or direct interlocking engagement of the connection means is produced with both the warm component as well as with the cold component, so that the warm component and the cold component are connected together in a force-transmitting manner, wherein the connection device comprises at least two thermal insulators (8, 9) which can be connected to each other by interlocking and by means of which the warm component and/or the cold component can be thermally shielded from the connection means, wherein at least one of the two thermal insulators (8, 9) is configured to compensate for manufacturing tolerances, wherein both thermal insulators (8, 9) are associated with the warm component or the cold component in a manner such that a direct heat-transferring contact between the warm component or the cold component and the connection means is prevented, wherein at least one first thermal insulator is associated with a lower side (10, 11) and at least one second thermal insulator is associated with an upper side (19, 20) of the warm component or the cold component, wherein both thermal insulators (8, 9) are connected together and have an interlocking region (12, 13), wherein at least one interlocking region (12, 13) of the thermal insulators (8, 9) is associated with a recess (14, 15) of the warm component or the cold component which penetrates the warm component or the cold component from its lower side (10, 11) to its upper side (19, 20), wherein at least one interlocking region (12, 13) extends through the recess (14, 15), wherein the mutually corresponding interlocking regions (12, 13), and as a result the associated thermal insulators (8, 9), are connected together by interlocking, and characterized in that at least one of the mutually connected thermal insulators (8, 9) can be moved relative to the warm component or the cold component at least in the direction of a penetrating axis of the recess (14, 15), so that a manufacturing tolerance of the warm component or the cold component lying within a tolerance range can be compensated for in the direction of the penetrating axis. - a warm component, which is at a first temperature, - a cold component, which is at a lower temperature compared with the temperature of the warm component, as well as - a connection device, wherein the connection device has a connection means with a threaded bolt and a threaded nut which corresponds to the threaded bolt, wherein, by means of cooperation of the threaded bolt with the threaded nut, an indirect or direct interlocking engagement of the connection means is produced with both the warm component as well as with the cold component, so that the warm component and the cold component are connected together in a force-transmitting manner, wherein the connection device comprises at least two thermal insulators (8, 9) which can be connected to each other by interlocking and by means of which the warm component and/or the cold component can be thermally shielded from the connection means, wherein at least one of the two thermal insulators (8, 9) is configured to compensate for manufacturing tolerances, wherein both thermal insulators (8, 9) are associated with the warm component or the cold component in a manner such that a direct heat-transferring contact between the warm component or the cold component and the connection means is prevented, wherein at least one first thermal insulator is associated with a lower side (10, 11) and at least one second thermal insulator is associated with an upper side (19, 20) of the warm component or the cold component, wherein both thermal insulators (8, 9) are connected together and have an interlocking region (12, 13), wherein at least one interlocking region (12, 13) of the thermal insulators (8, 9) is associated with a recess (14, 15) of the warm component or the cold component which penetrates the warm component or the cold component from its lower side (10, 11) to its upper side (19, 20), wherein at least one interlocking region (12, 13) extends through the recess (14, 15), wherein the mutually corresponding interlocking regions (12, 13), and as a result the associated thermal insulators (8, 9), are connected together by interlocking, and characterized in that at least one of the mutually connected thermal insulators (8, 9) can be moved relative to the warm component or the cold component at least in the direction of a penetrating axis of the recess (14, 15), so that a manufacturing tolerance of the warm component or the cold component lying within a tolerance range can be compensated for in the direction of the penetrating axis.