NOVELTY - The heatable coating such as a heating element (3) comprises a layer arranged over a substrate (1), where the heating element is covered by a first elastomeric wear-resistant coating (B1), and a second elastomeric coating arranged below the heating element, so that the heating element is embedded between the first and second coatings. The first and/or second coatings consist of sprayed coatings one upon the other. The substrate is coated with a layer made of adhesive mediator (2). The surface of the first coating is provided with an UV-protective layer.    USE - Heatable coating useful as a flat heating element for applying on a flexible flat-substrate of buildings, streets, footpaths and land, air and water vehicles, for applying on take-off and landing runways for airplanes and for applying on outer shell of airplanes or hulls of ships (all claimed), and useful in industry and private sector.    ADVANTAGE - The heatable coating is versatile, acid-resistant and resistant to environmental influences, can be easily and economically produced with high durability, high wear resistance, high corrosion resistance, improved attenuation of noise and vibration, heat resistance, high water resistance, high slip-resistance, high chemical resistance and improved weather resistance, protects against ultraviolet radiation and discoloration and fading in the sun, permits easy cleaning of the surface, and increases the surfaces temperature of different substrates in the requirement case against the environment temperature.    DETAILED DESCRIPTION - The heatable coating such as a heating element (3) comprises a layer arranged over a substrate (1), where the heating element is covered by a first elastomeric wear-resistant coating (B1), and a second elastomeric coating arranged below the heating element, so that the heating element is embedded between the first and second coatings. The first and/or second coatings consist of sprayed coatings one upon the other. The substrate is coated with a layer made of adhesive mediator (2). The surface of the first coating is provided with an UV-protective layer. The heating element is made of a heating coil, which is placed on a reinforcement fabric in a meander-like manner, and is formed as a heating pad. The heating element and/or the heating pad have breakthroughs (3.1), through which the first coating penetrates, so that the first coating binds with the substrate present below the heating element and/or the heating pad or binds to the adhesive mediator or the second coating. The heating element is connectable with an electric power-connector using connection lines. Several colors are applied in the first coating. The heating element is formed by introducing conductive printing colors in/on first and/or second coatings, and is connectable with an electric voltage source in the form of solar cells. The first and/or second coatings are produced by spraying/injecting on the basis of polyurethane, rubber or resin, and consist of two-component polyurethane coating. The layer thickness of the first coating is equal or larger than the layer thickness of the second coating.    DESCRIPTION OF DRAWING(S) - The diagram shows a top view of a substrate, on which a heating element is applied.    Substrate (1)    Adhesive mediator (2)    Heating element (3)    Breakthroughs (3.1)    First coating. (B1)