Electric-heating glass

The utility model relates to an electric-heating glass, at least comprising a glass body, a conductive film which is tightly connected with one surface of the glass body, and two electrode strips which are respectively fixed on both sides of the conductive film; when both ends of the two electrode strips are applied with voltage, the conductive film converts electric energy to heat energy, and the electric-heating glass generates heat; because the conductive film is plated on the glass by adopting special conductive material and by using vacuum coating mode, the conductive film has high electric heating conversion efficiency; simultaneously, because the thickness of the electric-heating film is very thin and the precision is very high, the caloric power of the electric-heating glass is homogeneously distributed on the electric-heating glass. Accordingly, the electric-heating glass of the utility model has the advantages of high electric heating conversion efficiency, simple structure, low cost, and convenient use; simultaneously, the electric-heating glass also has the characteristics of rapid temperature raising, safe use, etc.