operation the reactive spooling oil acts as a lubricant for aiding in the winding operation whereas the spooling oils used in prior art techniques for forming bonded magnet wire had to be washed off in the subject process the reactive spooling oil compound remains on the wound magnet wire and the assembly of the armature and coil is then subjected to an elevated temperature for the rapid conversion of the cycloaliphatic epoxy compound to a hard adhesive for permanently bonding together the contiguous turns of the magnet wire preferably the assembly including the coil of magnet wire is baked in an oven at a temperature of approximately 170 u00b0 c for a period of approximatelytwo hours in an actual test conducted it was found that the bond strength of the resulting coil at 150 u00b0 c was 4 8 pounds with the bond strength being determined by use of an instron universal testing machine where the load was applied to the center of the coil at a rate of 0 5 inches per minute and the stress at the break point in pounds was designated as the bond strength accordingly the reactive spooling oil in the form of the cycloaliphatic epoxy compound which is applied to the magnet wire first lubricates the wire during the winding operation and secondly is heated for rapid conversion into a hard adhesive for permanently bonding together the contiguous turns of the magnet wire to form the coil thus in the process of the subject invention the number of steps for forming the coil is less than.