Who knows if solid wood geothermal floors can crack at high temperatures?

Hardwood floors will not crack. Because solid wood floors are treated with high and low temperatures, they are very shrinkable between them. When the temperature reaches 100 °C, your floor will not crack.

If you refer to the general use of geothermal heat at home, solid wood floors will not easily crack at high temperatures, but if you refer to boiling in hot water, there is still a possibility of cracking for a long time.

There are several reasons for the cracking of solid wood floors: 1. Many woods will be deformed or cracked in the natural environment or under drying conditions. Cracked wood is made of flooring, which affects its quality grade, but sometimes due to improper control of the drying process, it can cause internal cracks, forming hidden defects that will gradually be revealed during use.

2. The dryness of the material itself is not enough, and after paving, it will burst in the case of gradual drying. 3. The humidity of the bottom environment in contact with the floor will be slightly higher than that of the floor itself, so the floor absorbs moisture and expands, causing cracking caused by mutual extrusion. 4. Some cracking is related to the wood fiber of the material itself, which is also unavoidable.

Solid wood floor heating floors should first choose a big brand, and then with proper daily maintenance, there will basically be no cracking.

Depending on what brand you choose, Jiusheng solid wood floor heating floor will not, they are specially used for geothermal heating, good stability, and reasonable.

2. How to prevent cracking of solid wood furniture [Prevent cracking of solid wood furniture]: 1. Low floors are relatively suitable for solid wood furniture because the floor is higher and the wind is stronger, and the moisture in the wood is easy to be blown dry.

Solid wood flooring in the factory he has done heat treatment, especially these geothermal floors in high temperature it can not crack, so you must buy a large manufacturer when you buy, its process level is relatively high, there is no hidden danger in this regard.

Choose the right flooring, install underfloor heating floors without cracking.

With underfloor heating, you can choose three types: parquet, laminate flooring, and solid wood flooring.

Many solid wood floors will deform or even crack at high temperatures due to poor stability. However, some solid wood floors that can be used as underfloor heating floors do not have such a problem. For example, Fudeli's pure solid wood geothermal floor, because of the selection of stable trees, strict control of moisture content, and the use of the third generation of 3D lock technology and wrap-around closed waterproof paint technology, so to avoid the problem of "easy deformation, easy cracking, poor stability" of solid wood flooring in summer.

There is no problem with professional floor heating because it is a composite material and the treatment will not be deformed.

Since wood flooring is made from wood, it is subject to thermal expansion and contraction。The so-called thermal expansion and contraction of wood floor installation means that after heating the wood floor, the wood floor will expand. When the temperature drops, the wood floor will shrink, and during this repetition, gaps will appear in the stubble parts of the wood floor.

The common causes of this issue are as follows. Wooden floors are installed without proper expansion joints. Any timber floor installation must comply with the requirements of the surrounding or large area of paving, and it also needs to leave expansion joints in the middle.

This expansion joint refers to the overlap between our wooden floor and the surrounding wall. This part is used to meet the overall expansion and contraction of the wood floor. However, we did not pay attention during the installation process, which caused the wooden floor to hit the wall directly, so that the expanding force of the wooden floor could not be released, and eventually the wooden floor cracked or even tilted directly.

The stubble part of the wooden floor is not properly handled. Especially for the wooden floors installed in our rooms, it is common to come into contact with other interior flooring paving。For example, wooden floors are installed in bedrooms, while guest rooms are covered with tiles, so the wooden floors and tiles in the guest rooms are in the position of stubble.

For this part of the stubble, it is also necessary to leave a gap. If there are no voids, there will be no expansion or contraction. The so-called wood flooring is affected by the environment, which means that the environment we use will have an impact on the wood floor, causing the wood floor to deform and crack.

In home renovation, these factors are still many.

The choice of wooden flooring is incorrect. For example, in the case of our regular underfloor heating floors, if you lay wooden floors, you must choose a wooden floor that can be used for underfloor heating。If we choose ordinary wooden floors for underfloor heating, it may cause swelling after heating.

To make matters worse, there are cracks between the wooden floors, so there are often gaps. We often mop the floor with a wet mop. This results in wooden floors getting wet often.

As we all know, wooden floors are not damp, and they are easy to expand and deform when wet. Therefore, for wood floors that are in the blistering process, basically all wood floors are warped and deformed. Here's why.

Similarly, it is also possible to create triangular deformation joints on our wooden floors.

The uneven force during the installation of the wood floor leads to an uneven gap between the contacts of the wood floor, and finally a triangular crack appears due to the uneven force. Because at this stage, the wooden floor is installed with tongues and grooves of the wooden floor itself. That is, when installing, we use special gaskets and then use mallets to knock the wooden floors together.

If the parts are spliced unevenly, it may cause the joints of the wood floor to be loose and eventually crack.

I think it's really caused by overheating of the floor heating, because now our country is already in a state of greenhouse, and the amount of carbon dioxide emitted is too much, so it is very normal to say that it is caused.

I think it is caused by the overheating of the floor heating, because many families now use floor heating to heat up, but if they are scheduled to use it regularly, it will cause a strong phenomenon on our wooden boards.

The warping of the wooden floor is not necessarily caused by overheating of the floor heating, it is likely to be caused by moisture.

Yes, this situation is generally due to overheating of the floor heating, so there will be warping, and this problem is difficult to solve now.

In fact, it is the pre-construction that is not very good to lead to this. It may be that in the early stage of construction, the gap is not left large enough, so there will be thermal expansion and cold contraction.

1. First of all, determine whether the floor you use can be applied to geothermal heating, if the product description says that it can be applied to geothermal heating, and it is still within the warranty period, then directly find the after-sales service to ask for replacement or compensation.

2. If the product description of this flooring is not marked that it can be used for geothermal heating (some composite floors are of poor quality and cannot support geothermal heating), then you can only negotiate with the after-sales service to pay for replacement. If there are cracks in the floor in a large area, it means that the quality of the floor is really not good, and the cracks only affect the appearance, but the formaldehyde volatilization of the unqualified composite floor during geothermal heating is fatal, and it can be considered to be replaced as a whole.

3. It can be treated by the following methods: mix putty with pigment and embed cracks, which can not be damaged for many years. Cut the old newspaper into crumbs, add alum and water, boil it into a thick paste, and then use a knife to stuff the paper paste into the cracks, and when it dries, it will be very strong.

Burn it with cotton cloth or broken sack to ashes, then mix it with raw tung oil to form a paste, and embed it in the cracks in the floor. It can be firm after drying.

Under the action of floor heating, the thermal effect of wood occurs, and the thermal expansion and contraction ......Just leave a little space for each wooden floor...

Take the cracked floor down and replace it with a new one.

The floor was laid prematurely when the global warming cement backfill had not yet completely dried. After the wooden floor is laid, the moisture in the concrete continues to evaporate, and the moisture content of the originally dry wooden floor increases, expanding. To put it simply, the four corners of the building are unevenly settled, resulting in different heights.

Buildings have a uniform amount of settlement, but the amount of settlement must be uniform. If there is an uneven amount of settlement, it will cause the ground to subside, and in severe cases, it will lead to ground cracking.

The geothermal floor is not of good quality, it is not strictly dry, the moisture content is too high, the moisture content is reduced after use, and the wood shrinks and cracks. In fact, this floor, that is, not global warming, but in the interior equally cracked. The global warming ground should be horizontal within a radius of 2 meters, and the height error shall not exceed 2 mm, and the error part should be leveled with cement or rapid dry powder, and the leveling ground should meet the following requirements:

The floor does not withstand dust and is free of debris. The distance between the door and the floor surface should not be less than 2mm thick from the floor mat, so that the door can be opened freely after installing the floor.

The concrete floor must be free of cracks and deformations. The moisture content of the cement floor shall not exceed 10%. As a warm floor, it is best not to choose a floor that is too wide or too long.

The larger the size of the floor, the greater the voids created in the geothermal environment, especially for the spacious three-ply parquet. The surface moisture content is too high, the surface will also be generated under the premise of geothermal environment, and the floor is laid prematurely when the floor heating cement backfill has not completely dried. After the wooden floor is laid, the moisture in the concrete continues to evaporate, and the moisture content of the originally dry wooden floor increases, expanding.

The moisture content of the cement floor shall not exceed 10%. As a warm floor, it is best not to choose a floor that is too wide or too long. The larger the size of the floor, the greater the voids created in the geothermal environment, especially for the spacious three-ply parquet.

The surface moisture content is too high to produce polishing even in geothermal environments.

No, if there is a warp, it may be that you have soaked in water, and the wooden floor is very prone to such a situation, so it is recommended that you lay tiles throughout.

Quite possibly, because the phenomenon of thermal expansion and contraction is applicable to almost all materials, and flooring is certainly no exception.

Personally, I think that for this kind of thing, if the wooden floor is cracked, then it is necessary to contact the relevant person in charge and inform the clear situation.

If the wooden floor is cracked with floor heating, we can buy some repair glue that can repair the cracked box of the floor, or replace it with a new wooden floor.

This is mostly because the floor heating is too dry, when encountering this situation, first turn off the floor heating, then knock down the bad plank, and then replace the good plank.

Personally, I think that when using geothermal heating for the first time or not using it for a long time, it should be set to the lowest temperature first, and then slowly heated, preferably about 1 per hour, so that the wooden floor can gradually adapt to the temperature rise. If the heating is too fast, it may cause the wood floor to heat too quickly, resulting in unstable twisting and cracking changes, and affecting the service life of the wood floor.

For the continuous high temperature, I understand it this way, floor heating belongs to the low-temperature radiant heating system, he is heated by low-temperature hot water or low-temperature electric heating film (hair ** cable) radiation, and his maximum temperature should not exceed 60 degrees.

For the scalding of the floor, there are two reasons, one is that the quality of the floor is not up to par, some floor manufacturers produce some non-geothermal floors to pretend to be geothermal floors to sell, which leads to cracking or arching of the floor during use. Second, the quality of floor heating products is not up to standard. At present, some domestic electric floor heating products claim to heat up how fast and how fast, completely ignoring the surface temperature of the product and the heat resistance of the floor, the surface temperature of some products is as high as more than 80 degrees, it is no wonder that there are floor heating products that can "fry eggs" before.

If the building is mainly equipped with floor heating, it is very important to choose floor heating products and flooring, and I hope you will investigate more