Icon parquet 15mm will not be too thick for geothermal heating

There are many specific technical parameters that are required to measure a true geothermal floor. First of all, it must have good heat dissipation. Floor heating floors are very particular about the choice of materials, and those special substrates that meet the requirements of wood density are strictly selected.

The thickness of the floor is between 6 5 and 8 5 mm (the standard thickness of geothermal floors) to ensure that the floor has good air permeability and heat dissipation. The second property is heat resistance. The finished product of the geothermal floor actually has a bit of a taste of steel.

In its production, it must be rigorously inspected in four cycles. That is: the floor is boiled in hot water at 100 for 4 hours, baked in the oven at 60 for 20 hours, boiled in hot water at 100 for 3 hours, and frozen for 2 hours at -20.

Four round-trips to ensure that the floor is resistant to high temperature for a long time, no cracking, no degumming, moisture resistance, no deformation, and no warping. The last point is to go green. Health and safety are the fundamental requirements of geothermal flooring.

The products should comply with international environmental standards (E1 for European environmental standards; Japan's environmental standard is F1; The formaldehyde emission content in China is less than 0 12mg m3, which is equivalent to the international standard).

Because specialized geothermal flooring is expensive, the average salaryman is looking for a product that is both affordable and affordable. Here are a few alternatives. There are also the following types of wood flooring suitable for underfloor heating systems:

First, laminate flooring 7-8 mm thick with 2-3 mm foam underlayment; second, three- or multi-layer parquet with a thickness of 8 to 12 mm, with a foam underlayment of 2 to 3 mm; thirdly, 8 mm thick patchwork parquet or inlaid parquet flooring, with 2-3 mm foam underlayment; fourth, 10 to 12 mm thick solid wood flat flooring; Fifth, the length, width and height are less than 600 60 15 mm of solid wood tongue and mouth flooring, the best is 200 40 10 mm of flooring, in the construction of the square or herringbone shape to make its heat deformation uniform.

In short, the selection of wood flooring for geothermal heating should grasp the following principles: the size of the wood floor should be stable, the thermal stability should be good, and the moisture content should be low, so that the floor is not easy to deform after heating; To facilitate heat exchange and conduction, the cushion material should not be too thick; The size of the floor should be thin but not thick, wide but not narrow, so as to facilitate the requirements of anti-deformation and heat conduction.

If the floor is too thick, it will affect the heat conduction of underfloor heating to a certain extent.

The standard thickness of floor heating floor is, laminate flooring is generally 6 8mm, three-layer parquet 8 9mm, as long as the environmentally friendly qualified laminate floor, can be used as floor heating floor, multi-layer parquet for floor heating is also good, the stability is better, the defect is thicker, and the density is relatively low, which will affect heat conductivity to a certain extent, but the comfort is better than that of laminate flooring.

In general, three-layer parquet and hardwood flooring are not recommended. The upper and lower layers of the three-layer parquet are the higher density wood of the same wood species, and the middle is pine, because the density of the middle layer is much smaller than the density of the upper and lower layers, the expansion coefficient of the low-density object after the moisture is greater than that of the high-density material, which is easy to cause the expansion of the middle layer of the three-layer parquet after being damp is greater than that of the upper and lower layers, resulting in floor cracking. Most solid wood floors are not suitable for floor heating flooring, and a small number of solid wood can be used as floor heating floors, however, limited by wood species, and some special process treatment must be done, the price is relatively high, and it is not suitable for ordinary families.

I am the installation of the floor, and it is the icon, the icon multi-layer is very good, the good of the three layers can also be said to be bad, unless you have a relationship to buy the old three-layer and is five or six hundred and one flat, then your effect is good, otherwise buy the current production of the three-layer effect is far less than the multi-layer, multi-layer is the product that has been formed for many years or trustworthy, the thickness of the floor you are worried about does not exist, now the floor 8mm is very few, in terms of our floor, the thinner the floor, the more slag.

You use a three-layer solid wood floor at home, and the three-layer solid wood or multi-layer solid wood floor itself is the first choice for geothermal heating today, and more three-layer solid wood floors have thermal conduction grooves, which will not affect the thermal conductivity effect, and the 8 mm you say refers to the laminate flooring;

IT WON'T AFFECT IT, BUT THE BEST EFFECT IS THE 8MM REINFORCEMENT.

No, it won't. Let's use it with confidence.