Method of terminating an electrical conductor wire

A band (50) of bipartite metal foil is crimped around a portion of a stripped wire end (32) near the insulation and spaced from the portion to be soldered to a terminal solder tail (30) extending from a housing portion (14), with a first layer of conductive nonmagnetic metal and a thin second layer of high resistance metal having high magnetic permeability. When the wire end (32) is paired with the solder tail (30) with a solder preform placed therearound within a length of heat recoverable tubing (34) extending between the insulated wire portion and the housing (14) of the terminal (22), and high frequency alternating current is induced in the bipartite metal foil (50), thermal energy is generated which is conducted along the wire end and radiates outwardly to melt the solder to join the wire end to the solder tails and to shrink the tubing (34) to grip the insulated wire portion and housing portion to cover and seal the termination thus formed. A pair of wires can be similarly be spliced and sealed, with a bipartite metal foil band crimped around one of the wire ends able to generate thermal energy to melt a solder preform when appropriate current is induced therein.