Can solid wood flooring do geothermal heating

Not all solid wood floors can be done geothermal, some tree species air-dry density ratio increases, if the manufacturer's technology is not up to par with the situation in the geothermal room will definitely have problems, now the domestic manufacturers can produce pure solid wood geothermal flooring is very few, I heard that the stability of the pure solid wood geothermal floor produced by Hao Xiangjia is OK, you can check it on the InternetWarm up the body first and warm the feet", geothermal energy is adopted by more and more families with its unique advantages, so that the floor dedicated to geothermal use is gradually increasing. At present, there is only the industry standard of "Wood Flooring for Floor Heating" for geothermal flooring, and there is no mandatory national standard.

Nowadays, there are various materials on the market, and various new technologies and concepts are emerging in an endless stream, making it difficult to distinguish the real from the fake. Regarding the material, thickness, pavement, cushion and other aspects, the statements of each salesman are indeed more or less misleading.

Myth: Pure solid wood flooring cannot be used for floor heating, and in my impression, the floors used for floor heating are laminate flooring and parquet flooring.

In this regard, flooring technical experts said that due to the geothermal environment, the floor needs to withstand a certain amount of heat, and when the moisture in the air is absorbed into the wood, the wood will expand; When the air is relatively dry, the moisture of the wood escapes into the air, causing the wood to dry out. Ordinary solid wood flooring is prone to cracking and shrinkage and cannot be used in geothermal environments. Pure solid wood flooring that can be applied to geothermal environments is conditional, and the production process is quite strict.

First, the selection of tree species is harsh. For example, rare timber in South America has the longest average maturity time of any tree species, taking at least 50 years to grow into "usable timber" and hundreds of years for precious timber species. The long timber formation time gives the material an excellent stability, abrasion resistance, corrosion resistance, and deformation resistance.

2. The moisture content is strictly controlled, and the moisture content is different in different regions.

Third, it must have undergone special treatment. The principle of painting each piece of floor is:"Six bottoms and three sides", so as to ensure the stability of pure solid wood flooring in an all-round way.

Fourth, the technical patent ensures that the pure solid wood floor is used in the geothermal environment. Compare the solid wood geothermal floors in terms of craftsmanship and paving.

Floor heating room is not able to use solid wood flooring, it is recommended to use a special floor heating floor, under the same environmental conditions, solid wood floor than laminate flooring deformation, laminate flooring more layers of solid wood floor deformation. The reason for the small deformation of multi-layer solid wood flooring (referred to as geothermal flooring) used for geothermal heating is that its substrate is staggered horizontally and vertically between each layer, and each other is contained; There are also dense anti-deformation grooves on the back, which dissolve the stresses generated by the heating surface, so that it has minimal deformation.

The geothermal floor is specially treated, and the sample is soaked in water for 3-5 days without obvious deformation; Even if a large amount of water runs on the ground after installation, and the arch is soaked, as long as the doors and windows are opened and the air circulation is maintained, it will soon be restored to its original state, which solves the customer's worries that the customer cannot recover after laying other floors when encountering water. In terms of moisture resistance and water resistance, geothermal flooring is significantly superior to other categories of flooring.