Composition and method for coating radiation surfaces

A process for manufacturing a coating material for radiation surfaces that produce electromagnetic waves, said coating material including a binding agent, insulating agent, dispersing agent, water, and graphite mixed together, the process of forming the coating material comprises:

• a first step to prepare said binding agent by mixing together
• 64 to 79% mole fraction of distilled water;
• 4 to 6% mole fraction of sulfated oil,
• 0.16 to 0.24% mole fraction of phenols or
• 0.05 to 0.5% mole fraction benzoiothiazolinon,
• 15 to 19% mole fraction of casein,
• 0.8 to 1.2% mole fraction of urea,
• 2 to 3% mole fraction of alkali diluent;
• and,
• 2.5% to 3.5% mole fraction of caprolactam;
• a second step to prepare the base material by mixing together
• 39 to 49% mole fraction of binding agent,
• 18 to 23% mole fraction of insulating agent,
• 18 to 24% mole fraction of dispersing agent;
• and,
• 12 to 16% mole fraction of distilled water;
• and a third step to prepare the coating material by mixing together
• 55 to 65% mole fraction of a base material, and
• 35 to 45% mole fraction of graphite;
• and, wherein said insulating agent, graphite, and binding agent form electrical dipoles for the emission of electromagnetic waves.