Heating and moisture-proof floor

Abstract

In order to resolve the above technical problem, the invention discloses a heating and moisture-proof floor. A floor surface layer, a heating layer and a thermal insulation layer are glued through high-temperature resistant glue from the outside to the inside. A first flame retardant layer is at least arranged between the floor surface layer and the heating layer. A second flame retardant layer isat least arranged between the heating layer and the thermal insulation layer. A slow heating cavity is at least arranged in the floor surface layer. The slow heating cavity is connected with the first flame retardant layer in a contacting manner. Multiple heat blocking pads are arranged in the thermal insulation layer. The heat blocking pads are connected with the second flame retardant layer ina contacting manner. During heating, the floor has the two steps of heating a room including slow heating and heating. Therefore, heating and storage of heat can be performed at the same time. The heat is slowly released such that the living area at the bottom of the room gains continuous heat. A non-living area at the upper part of the room is prevented from heat loss due to excessively rapid heat transmission. After heating is stopped, the room is effectively kept warm. Excessively quick decrease in indoor temperature is prevented. People feel more comfortable and safer in the room.

Description

technical field [0001] The invention relates to the technical field of floor design, in particular to a heated and moisture-proof floor. Background technique [0002] With the gradual improvement of living standards, due to the lack of heating and cold and dampness, the technology and application of floor heating in the south have been greatly popularized, and ordinary floors can not meet the heating needs of floor heating, and are more prone to cracking and damage to the floor. Now the southern floor heating floor has gradually replaced the traditional floor and become a new type of board in the field of decoration. The heated floor can generate heat from the feet of the human body after heating, and the circulation of indoor air heat is completed after the heat rises. However, the disadvantage of the existing heated floor is that it cannot store heat. After the heating is stopped, the indoor temperature drops too fast, which affects people's health. Comfort, in pursuit of...

AI Technical Summary

Problems solved by technology

The heated floor can generate heat from the feet of the human body after being heated, and the indoor air heat circulation is completed after the heat rises. However, the disadvantage of the existing heated floor is that it cannot store heat. After the heating is stopped, the indoor temperature drops too fast, which affects people's health. Comfort, in pursuit of a safer and more effective floor heating floor, in pursuit of efficient use of heat, in order to achieve a more effective moisture-proof heating effect

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