Cable heating aluminum-wood floor heating system and paving method thereof

Abstract

The invention discloses a cable heating aluminum-wood floor heating system and a paving method thereof. The cable heating aluminum-wood floor heating system comprises a heat preservation plate, a reflection film, heating cables and an aluminum-wood composite floor, wherein the reflection film is arranged on the heat preservation plate in a paved mode, heat preservation plate grooves with straight-line-shaped or circular-arc-shaped tracks are formed in the heat preservation plate, reflection film grooves with straight-line-shaped or circular-arc-shaped tracks are formed in the reflection film,and the heat preservation plate grooves are matched with the reflection film grooves. The heating cables are located in the reflection film grooves, the aluminum-wood composite floor is arranged at the top of the reflection film in a paved mode, and the aluminum-wood composite floor comprises an aluminum alloy base plate, a first PUR glue layer and a solid wood plate. The first PUR glue layer andthe solid wood plate are sequentially arranged at the top of the aluminum alloy base plate in a paved mode, and the solid wood plate is in adhesive connection with the aluminum alloy base plate through the first PUR glue layer. The cable heating aluminum-wood floor heating system is not only rapid in heat conduction, the room temperature can be increased rapidly in a short time, the paved floor does not crack and deform, the stability is good, the safe reliability is high, and the characteristic of convenient dismounting and mounting is achieved.

Description

technical field [0001] The invention relates to a floor heating floor, more specifically to a cable heating aluminum wood floor heating system and a paving method thereof, belonging to the technical field of floor heating. Background technique [0002] With the continuous improvement of people's living standards, geothermal heating devices are installed in important meeting places such as families, large office spaces, and office buildings. The traditional geothermal heating device is a water heating device. A 2 cm thick insulation board layer is laid on the ground, and then the circulating water pipe line is shaped and positioned on the ground with steel wires, and a 4-5 cm thick concrete layer is covered on the circulating water pipe. Cover the concrete with a 1.5-1.8 cm thick solid wood or solid wood floor layer. Since the circulating water pipe is separated from the floor layer by a thicker concrete layer and solid wood layer, the heat conduction path is longer, and the ...

AI Technical Summary

Problems solved by technology

The traditional geothermal heating device is a water heating device. A 2 cm thick insulation board layer is laid on the ground, and then the circulating water pipe line is shaped and positioned on the ground with steel wires, and a 4-5 cm thick concrete layer is covered on the circulating water pipe. Cover the concrete with a 1.5-1.8 cm thick solid wood or solid wood floor layer. Since the circulating water pipe is separated from the floor layer by a thicker concrete layer and solid wood layer, the heat conduction path is longer, and the thicker solid wood layer has poor thermal conductivity. As a result, the heat dissipation performance of the circulating water pipe is reduced, and the indoor temperature rises slowly; the traditional water heating floor system takes 2-3 hours to heat the surface, and 5-6 hours to heat the room, which brings great inconvenience to the users.

[0003] At the same time, when laying the circulating water pipes of traditional geothermal heating devices, not only the installation process is trivial and complicated, but also the amount of engineering is large, which consumes manpower and material resources

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