Underfloor heating floor with rapid heating function and production process of underfloor heating floor

Abstract

The invention discloses an underfloor heating floor with a rapid heating function. The underfloor heating floor comprises a substrate, wherein a panel is arranged on the substrate; the substrate comprises a plate body; a cable trough is arranged on the upper surface of the plate body; a heating cable is arranged in the cable trough; and the thickness ratio of the substrate to the panel is 1:(2-3).A production process of the underfloor heating floor comprises the following steps: A, arranging the cable trough on the upper surface of the plate body by utilizing an engraving machine, arranging end head placement ports at two ends of the cable trough, and arranging a cable winding column on the cable trough, so as to obtain the substrate; B, embedding the heating cable in the cable trough andpositioning cable lugs in the end head placement ports; and C, gluing the panel on the substrate, so as to obtain a finished product. The underfloor heating floor disclosed by the invention has the characteristics that the laying operation is convenient and the floor heating speed can be effectively improved.

Description

technical field [0001] The invention relates to a geothermal floor, in particular to a rapidly heating geothermal floor and a production process thereof. Background technique [0002] In recent years, the common shortcomings of traditional heating facilities such as serious environmental pollution, large energy waste, and uneven temperature distribution have gradually been exposed. People are beginning to be dissatisfied with traditional heating systems, and geothermal floors that are more in line with human comfort gradually come into view. The existing geothermal floor generally refers to a floor with high temperature resistance and fast heat conduction, and a low-temperature hot water radiant heating system or a heating cable ground radiant heating system is laid under the floor, and the heat is transferred upward through the floor. However, due to the thickness of the geothermal floor Thick, generally around 8-10mm, limited by the thickness of the floor, the heat conduct...

AI Technical Summary

Problems solved by technology

[0002] In recent years, the shortcomings of traditional heating facilities such as serious environmental pollution, large energy waste, and uneven temperature distribution have gradually been exposed. People are beginning to be dissatisfied with traditional heating systems, and geothermal floors that are more in line with human comfort gradually come into view.

The existing geothermal floor generally refers to a floor with high temperature resistance and fast heat conduction, and a low-temperature hot water radiant heating system or a heating cable ground radiant heating system is laid under the floor, and the heat is transferred upward through the floor. However, due to the thickness of the geothermal floor Thick, generally around 8-10mm, limited by the thickness of the floor, the heat conduction speed of the geothermal floor is slow, resulting in a slow heating speed of the floor, and it usually takes more than half an hour to make the 20m 2 The temperature of the room is raised to about 15-20°C

Moreover, when the existing geothermal floor is installed, the suspension method is generally used for paving. It is necessary to lay the hot water pipe or heating cable first, and then install the geothermal floor. Not only is the installation troublesome, but also the installation efficiency also lower

Therefore, the existing technology has the problems of slow floor heating and inconvenient paving.

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