▎ 摘　　要

NOVELTY - The utility model claims a graphene heating ceramic tile, the heating ceramic tile comprises a ceramic tile main body, the bottom of the ceramic tile main body is provided with a semi-circular groove, along the direction far away from the ceramic tile main body, the bottom of the ceramic tile main body is further provided with a mortar layer and a graphene layer; the heating ceramic tile further comprises a graphene heating pipe, graphene heating pipe is set in the semicircular groove, two ends of the graphene heating pipe are respectively provided with a joint, the top part of the joint is graphene sheet, the upper and lower two sides of the middle part of the joint are symmetrically provided with two clamping grooves, the ceramic tile main body is further provided with a sleeve, and the graphene heating pipe of each heating ceramic tile are orderly connected in series and electrically conducted through the sleeve, the graphene sheet at the top part of the joint is electrically connected, the graphene is heated by molecular motion, the total conversion rate of the effective electric heating energy is more than 99 %, and the graphene is the carbon material with the highest heat conducting coefficient, It can convert the electric energy to the utmost extent and save the energy.