simultaneously combined intermediate layer 441 comprises 40 80 by weight of the reducer solvent component 10 35 by weight of the binder component 10 30 by weight of an electroluminescent pigment component 10 25 by weight of a high dielectric pigment component combined intermediate layer 441 has a thickness in the range of 0 002 u2033 to 0 004 u2033 combined intermediate layer 441 is adapted to flow after deposition in a manner where the electroluminescent pigment is dispersed in an even and uniform layer as the film cures to provide a uniform lighting effect when energized and where the film flows to a smooth film that completely covers inner layer 400 so as not to allow a direct electrical connection between conductive layers 400 amp 460 in one embodiment the reducer solvent component is 50 70 n butyl acetate and 30 50 xylene in one embodiment the reducer solvent component is 50 70 methyl acetate and 30 50 xylene in one embodiment combined intermediate layer 441 comprises 60 65 by weight of the reducer solvent component in one embodiment combined intermediate layer 441 comprises 15 20 by weight of the reducer solvent component in one embodiment the reducer solvent component of combined intermediate layer 441 comprises an acrylic in one embodiment the reducer solvent component of combined intermediate layer 441 comprises a polyurethane binder in one embodiment combined intermediate layer 441 comprises 15 25 by weight of an electroluminescent pigment component in one embodiment combined intermediate layer 441 comprises 15 20 by weight of a high dielectric pigment component in one embodiment combined intermediate layer 441 has a thickness of substantially 0 002 u2033 in one embodiment.