Anti-static underfloor heating plate

Abstract

The invention relates to the field of heating, in particular to an anti-static underfloor heating plate. The anti-static underfloor heating plate comprises a decorative layer on the upper surface, ananti-static layer on the lower surface, and a core layer sandwiched between the upper surface layer and the lower surface layer; the core layer is a plate made of a mixture of magnesium oxysulfate cement and bamboo fibers; the mixture of the core layer further comprises reinforced fibers, and reinforced fibers comprise one or more of glass fibers, plastic fibers and metal fibers; the decorative layer adopts a melamine sheet, wood veneer or a paint layer; and the anti-static layer is a metal layer, and the metal layer adopts an aluminum sheet, a copper sheet or a steel sheet.

Description

technical field [0001] The invention relates to the field of heating, in particular to an antistatic floor heating board. Background technique [0002] In areas with higher latitudes, people often install heating devices indoors so that they can still ensure a moderate temperature indoors in winter. Since the geothermal floor heats the room through ground radiation, the indoor temperature is uniform, and the room temperature gradually decreases from bottom to top, giving people a good feeling of warming the feet and cooling the head. Therefore, the geothermal floor has become the heating choice for more and more families. . [0003] In order to facilitate the laying of geothermal floors, many manufacturers often set splicing pieces on the sides of the geothermal floors for splicing between geothermal floors. However, most of the current geothermal floors are made of wood materials. The density of solid wood floors is low and the heat conduction is slow. , and will shrink g...

AI Technical Summary

Problems solved by technology

[0003] In order to facilitate the laying of geothermal floors, many manufacturers often set splicing pieces on the sides of the geothermal floors for splicing between geothermal floors. However, most of the current geothermal floors are made of wood materials. The density of all solid wood floors is small and the heat conduction is slow. , and will shrink greatly (1-2%) with changes in the external environment (temperature, humidity, etc.), causing a large gap or even separation between the geothermal floor, the substrate of a single geothermal floor and the splicing pieces; Moreover, the use of wooden materials to make the floor needs to consume a large amount of wood, which is more harmful to the environment.

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