Novel heating floor

The utility model discloses a novel heating floor which comprises a base course. Heat-conduction core strips are arranged in the base course, the top end of the base course is coated with heat-conduction silicone rubber which is provided with an abrasion-resistant alumina layer, a decorative layer is arranged on the abrasion-resistant alumina layer and provided with flat decorative blocks, the lower end of the base course is provided with an insulation board, the lower end of the insulation board is provided with a balanced coating layer, and the lower end of the balanced coating layer is provided with a floor layer. Because the lower face of the floor layer is covered with a layer of heat-resistant resin varnish, the novel heating floor has excellent heat-conduction performance, fire-proof performance and damp-proof performance, and is low in energy consumption, little in shrinkage, longer in service time and better in effect compared with an existing heating floor simply coated with a layer of paint. Furthe