Energy-saving epoxy floor structure

The invention relates to an energy-saving epoxy floor structure. The energy-saving epoxy floor structure comprises a concrete ground layer that is orderly and evenly coated with an epoxy permeable primer layer, a glass fiber layer, an epoxy coarse putty layer, an epoxy fine putty layer and an epoxy floor surface layer; a nano ceramic particle layer is arranged between the epoxy permeable primer layer and the glass fiber layer, and a silicon dioxide aerogel layer is arranged on an upper surface of the glass fiber layer. The energy-saving epoxy floor structure is provided with a nano ceramic particles, and as long as the thermal insulating effect of the nano ceramic particles is developed effectively, the epoxy floor can be more environment-friendly and energy-saving; besides, the epoxy floor is further provided with the silicon dioxide aerogel that has a heat conductivity coefficient of only 0.020 at a normal temperature, and therefore, an excellent thermal insulating effect can be still maintained even at a high temperature; hence, the thermal insulating effect of the epoxy floor is further improved and the energy utilization efficiency can be further improved.