▎ 摘　　要

NOVELTY - Thermal energy wave resistance heating emitter, comprises core material of 25-28 wt.% ferric tungstate powder, 5-28 wt.% titanium oxide powder, 8-29 wt.% silicon carbide, 3-5 wt.% copper oxide, 5-10 wt.% graphene powder, 10-15 wt.% loess and 10-15 wt.% binder, and a layer of high heat dissipation coating is provided on the surface of the core material. USE - The heat energy wave resistance heating emitting sheet is useful in medical appliance and plant seed field for treating disease by non-drug therapy. ADVANTAGE - The sheet: utilizes multiple materials with special functions for combined processing to form an integrated multifunctional device, does not use electric heating wires, is pressed by various powders, and sintered at high temperature to form a resistor with a certain resistance value, after electrification, generates heat and have the function of emitting wavelength. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a preparing the sheet, comprising (1) ferric tungstate powder, titanium oxide powder, silicon carbide, copper oxide, graphene powder, loess and binder and grounding, and performing high-pressure molding with a mold, drying, calcining and cooling and obtaining the core material, (2) placing the end of the core material in a sealed container, producing flames to melt the aluminum wire with oxygen and hydrogen gas, and obtaining the pressure be 16mpa aluminum slurry gas spraying on the two ends of the core material, and (3) placing high temperature resistant paint, porous carbon powder, titanium iron powder, nano anion powder, green copper powder, crystalline ceramic powder, kaolin and/oe calcium carbonate mixing and painting on the surface of the core material.