The floor below the composite floor will be deformed

If it is geothermal heating, can it be solid wood flooring? Most consumers may think that they cannot shop because solid wood flooring is too easy to crack. Is there any way to overcome this shortcoming?

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At present, there is a pure solid wood buckle geothermal heating floor on the market. This type of floor overcomes the disadvantages of easy arching, tile changing, cracking, and detachment from the solid wood floor, and solves the quality problems caused by the wet shrinkage of the solid wood floor. It uses the buckle double spring tension and contraction, and set aside a certain amount of expansion joints in the installation to adjust the solid wood floor wet up dry shrinkage, to solve the problem of easy arching and easy to leave the joints of solid wood flooring. The principle is the use of air heat conduction, effectively solve the solid wood flooring poor thermal conductivity, slow speed, heat loss and other characteristics. The joints between the floor and the floor do not use male and female wedges, and a good number of passages can be formed between the board and the board, between the buckles and the buckles.

When this kind of snap-in floor is installed, there is a gap of 0.2~0.4mm between the board and the board, which not only solves the noise generated during the installation and use of the solid wood floor, but also more importantly changes the conduction of the traditional wood as the conductor. The heat transfer and dehumidification methods are air convection heat transfer and dehumidification methods, which help to save energy and reduce floor deformation. This kind of snap-in floor is nail-free, glue-free, and free from keel during the installation process, which reduces the noise pollution during installation and is very simple. It takes only a few minutes to complete the floor replacement that would have taken a few days.

Strengthen the floor should use small size The more geothermal floors currently used in the market are laminate flooring and engineered wood flooring. The thickness of laminate flooring is mostly 7~8mm, it is easy to transfer the heat generated by geothermal system to the surface, and its surface For wear resistant layers of metal oxides, heat spreads very quickly and evenly across the surface. Imported flooring quality meets the European Enpr13329 standard, and domestic flooring quality meets the national GB/T1802-2000 standard. Both can meet the technical requirements for geothermal heating floor installation. At present, some qualified brands in the market have reached this standard. The effect of the lock-type floor is better, because there is a small gap between the hook floor, so it is not easy to go out after expansion.

In order to increase the amount of heat conduction, the thickness of the cushion material and the floor should not be too thick. The standard thickness of the geothermal floor is 6.5~8.5mm, the reinforced laminate flooring should be 6~8mm, and the three-layer solid wood composite flooring should be 8~9mm. Consumers are advised to use a small size, preferably a square or herringbone shape of 200×40×10, to make it uniform in thermal deformation. If you choose to strengthen the laminate flooring, you can use special geothermal flooring of famous brands such as Shengxiang, Ruijia, Hongnai, Oudian, and Baili. These manufacturers have strict requirements on the density of the substrate, the same thickness and strength, breathability, heat dissipation and good heat resistance through special treatment. If you choose solid wood flooring can choose Weilun, Fumandi, time and other famous brands of special floor heating.

The installation of secret ground floor should strictly abide by the heating procedure. After the installation is completed, warm up gradually. Before the temperature rise, be sure to keep the floor clean and dry to prevent cracking and distortion of the floor due to excessive heating.

2. When the geothermal heating is used for the first time or has not been turned on for a long time, it should be set to the lowest temperature first, and then the temperature should be raised slowly. It is advisable to raise the temperature by 1°C per hour, so that the wooden floor can gradually adapt to the temperature rise. If the heating is too fast, it may cause the wooden floor to be heated too fast, resulting in unstable twisting and cracking changes, affecting the service life of the wooden floor.

3. As far as possible on the wooden floors of geothermal heating, no decorative parts or furniture without legs shall be installed to prevent local heat dissipation from being unobstructed, and the heat will be bored at the wooden floor, and the floor may be easily deformed due to uneven heating.

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