▎ 摘　　要

NOVELTY - The non-stick pan has a heating portion (2) that is covered the periphery of a heat-conducting pot frame. The heating portion is provided with a heating pot bottom (21), a thermal conductive coating (22) and a graphene containing chamber (23). The heating pot bottom is arranged at the bottom end of a heat conducting pot frame (1). The graphene containing chamber is provided between the heating pot bottom and the heat conducting pot frame. The bottom surface of the heating pot bottom is coated with the thermally conductive coating. The graphene containing chambers are isolated from each other by a heat conducting plate (231). USE - High temperature resistant non-decomposing non-stick pan. ADVANTAGE - The rapid heating of non-stick pan is realized by using the heat conducting plate through the heating portion. The heat conducting element and the nano-ceramic layer are quickly heated. The heat conducting element is firmly fixed at the same time to realize the firmness of the whole pot frame. The use of heat-conducting beads and circular pits are provided to achieve rapid heating. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a preparation method of a novel high temperature resistant non-decomposing non-stick pan. DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the high temperature resistant non-decomposing non-stick pan. Heat conducting pot frame (1) Heating portion (2) Heating pot bottom (21) Thermal conductive coating (22) Graphene containing chamber (23) Heat conducting plate (231)