Laminate flooring is a wood-derived material. Its structure resembles a sandwich and is divided into four layers: a wear layer, a decorative layer, a substrate layer, and a moisture barrier layer. The wear-resistant layer is the most transparent layer of the surface, the raw material of the red sapphire body, the scientific name aluminum oxide (AL2O3). The decorative layer, that is, the realistic and realistic wood grain layer of the floor surface seen by the naked eye. The substrate layer, also known as the middle layer, is crushed by natural or man-made fast-growing wood and is reconstructed by high-temperature and high-pressure fiber structure. High density...

Because geothermal floors are responsible for conducting heat, there are special considerations for geothermal floors compared to ordinary floor coverings. Before installation, the ground treatment must be carefully ground within a radius of 2 meters, and the height difference must not exceed 3mm. The ground must be completely dry. Before laying the floor, a geothermal heating test must be performed. The inlet water temperature should be at least 50°C to ensure that the heating system operates normally. And to keep warm for more than 24 hours to make the ground dry,...

Due to the special nature of geothermal heating, the requirements for the floor are very strict. The special floor for the geothermal industry must have good heat transfer performance, better thermal stability, better environmental protection performance, and good "defective" resistance to deformation. It is recommended to choose laminate flooring. Because the thickness of the composite floor is mostly 7~8mm, it is easy to transfer the heat generated by the geothermal system to the surface, and the surface of the composite floor is a wear-resistant layer of metal oxides. The heat spreads very quickly and evenly on the surface. ...

Due to the special nature of geothermal heating, the requirements for the floor are very strict. The special floor for the geothermal industry must have good heat transfer performance, better thermal stability, better environmental protection performance, and good "defective" resistance to deformation. It is recommended to choose composite floor because the thickness of the composite floor is mostly 7~8mm, it is easy to transfer the heat generated by the geothermal system to the surface, and the surface of the composite floor is a wear layer of metal oxide, and the heat spreads very quickly on the surface and Uniform. ...

At present, geothermal heating methods, how to choose wood flooring, have become a common concern of the owners. Due to the irresponsible introduction of some floor operators, it caused great risks for users. There are three types of wood floors commonly used: solid wood floors, multi-layer solid wood floors, and laminate wood floors (composite floors). Relevant experts believe that the choice of geothermal floor should be based on the particularity of geothermal heating methods: adapting to the repeated transformation of hot and cold and conducive to heat conduction. Geothermal floor first change...