▎ 摘　　要

NOVELTY - The tile has a ceramic tile substrate whose surface is provided with a skid-proof and stain-resistant layer and bottom part is provided with a cement coating layer (3). A far-infrared heating core (5) is arranged on an inner side of the cement coating layer. A temperature sensor (6) is installed at one side of the far-infrared heating core. A connecting wire (7) is arranged at another side of the far-infrared heating core. A moisture-proof insulating layer (8) is arranged on upper and lower ends of the far-infrared heating core. The ceramic tile substrate comprises a ceramic tile glaze layer and a heat conducting layer made of diamond and graphene material. The skid-proof and stain-resistant layer comprises a skid-proof bump and a stain-resistant layer made of PTFE and silicone polymer material. An insulating layer is made of gas gel and rock wool plate. A moisture-proof layer is made of vapor barrier film and high density polyethylene anti-seepage film. USE - Skid-proof and pollution-resistant type far infrared electric heating ceramic floor tile. ADVANTAGE - The friction force between the sole and the ceramic tile substrate can be improved by the protective bump so as to prevent the phenomenon of sliding and falling. The skid-proof and pollution-resistant type far infrared electric heating ceramic tile is provided with a ceramic tile glaze layer and a heat conducting layer, so that heat conducting efficiency of ceramic tile substrate is improved when the far infrared heating core is heated and heating speed is improved. The dirt attached to the surface of the ceramic tile substrate is conveniently cleaned through the stain-resistant layer, which improves the convenience during use process. DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a cement coating layer. Cement coating layer (3) Vacuum cavity (4) Far infrared heating core (5) Temperature sensor (6) Connecting line (7) Moisture-proof insulating layer (8)