Far infrared floor heating stone tile

Abstract

A far infrared floor heating stone tile comprises a decorative layer. A heating layer and a heat insulation layer are sequentially arranged below the decorative layer, the decorative layer, the heating layer and the heat insulation layer are adhered together, the heating layer is a far infrared electric heating film, the far infrared electric heating film comprises a polyester film, a carbon layer is printed on the polyester film, a metal current-carrying strip is hot-pressed on the carbon layer, and another polyester film covers the metal current-carrying strip. The far infrared floor heating stone tile has the advantage that heating by the far infrared electric heating film is an emerging, scientific, efficient, safe, healthful, energy-saving and economical heating mode. According to the technical scheme, the far infrared electric heating film and materials such as marble are organically adhered together, geothermal heating is realized, and the decorative function is achieved.

Description

technical field [0001] The invention relates to a floor tile, in particular to a floor heating stone tile with far-infrared radiation. Background technique [0002] With the great improvement of social life, people's requirements for home decoration have also increased a lot. Especially for floors, not only aesthetics are required, but comfort is also required. However, there are still many problems in the floor in the prior art. For example, the heat sources of traditional indoor heating systems mostly use high temperature and long-distance transportation, such as high-temperature hot water, steam, electric heat pumps, etc., and the heat loss in the whole transportation process is relatively large; The method of heating up and cooling down will cause dry mouth after a long time; traditional heating facilities such as radiators and branch pipes are complicated to install and difficult to maintain, and will occupy a large indoor space and damage the beauty of the wall; tradi...

AI Technical Summary

Problems solved by technology

However, there are still many problems in the floor in the prior art. For example, the heat sources of traditional indoor heating systems mostly use high temperature and long-distance transportation, such as high-temperature hot water, steam, electric heat pumps, etc., and the heat loss in the whole transportation process is relatively large; The method of heating up and cooling down will cause dry mouth after a long time; traditional heating facilities such as radiators and branch pipes are complicated to install and difficult to maintain, and will occupy a large indoor space and damage the beauty of the wall; traditional heating facilities are With one system, it is difficult to control the different temperatures of each room; the heat source delivery of traditional heating facilities is the rapid flow of air flow, such as air conditioners, steam, electric heat pumps, etc., which will cause the rapid flow of indoor air flow and cause dust to fly and moisture in the air to evaporate

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