Wood flooring or floor tiles transfer heat quickly

1. Floor tiles. The heat transfer rate is faster than that of wood floors. 2. Thermal conductivity of various decorative materials.

The higher the thermal efficiency, the lower the operating cost. The thermal conductivity of the flooring materials is in descending order: natural stone> tile> parquet > laminate flooring.

Solid wood flooring > chemical fiber carpet > pure wool carpet. 3. The larger the thermal conductivity, the faster the heat transfer speed, and the lower the operating cost under the same conditions, the more suitable it is for floor heating ground decoration; The smaller the thermal conductivity, the higher the operating costs to achieve the same heating effect. Hope!

In practice, the tile is heated by conduction, that is, the floor heating must first heat the tile, and then the tile is used as a heating source to heat the indoor air, so the indoor and tile floor are hot, and the tile is hot than the air temperature. The wooden floor heats the air through heat radiation, that is, the floor heating heat directly penetrates the wooden floor and heats the indoor air, therefore, the wooden floor does not feel so hot, giving people the illusion that the wooden floor is not as good as the ceramic tile heat conduction. Let's take an example, you use a ceramic cup and a bamboo cup of the same thickness to hold hot water, which is to touch the ceramic cup with your hands will be hot, and the wooden cup is just warm, which is equivalent to the indirect heating of the air when the solar thermal radiation penetrates the air, so it is ensured that the air temperature is not too high to breathe, and the air in the sauna is caused by the direct heating of the air by hot water steam.

Continuing the topic of bamboo and ceramic cups just now, if you use your face to feel the heat of the cup at the same distance, then the bamboo cup is obviously hotter, so the floor of the room with a wooden floor may be cold, but the room temperature is higher than that of a tile floor room.

Around 5 degrees.

In terms of heat dissipation, the heat dissipation of wood floors is not as good as that of ceramic tiles. But on the contrary, the insulation of wooden floors is stronger than that of ceramic tiles. Tiles usually reach the required heat faster, while floors take 1 to 3 hours depending on the material used and thickness.

Comparatively speaking, at the same temperature, when the underfloor heating is turned off, the house with wooden floors can maintain a higher temperature for a longer time.

Because the heat absorption effect of ceramic tiles is much better than that of wooden floors, many users who install floor heating will find a particularly obvious phenomenon. That's a tiled living room, which is much warmer than a bedroom with wooden floors. Under normal circumstances, the heating difference between the wooden floor and the tile will be about 3 5 degrees, you can step on the tile and the wooden floor barefoot, so that the surface of the foot can directly feel the temperature of the two ground materials.

We will obviously feel that the temperature of the tiles is much higher than that of the wooden floor, and if you spread the freshly washed clothes on the tiles with underfloor heating, the clothes will be completely dry the next day.

Question: My house is a house with wooden floors, and the house is only 17 degrees.

My house is paved with wooden floors, and the house is only 17 degrees.

Isn't there a way to solve the question?

The key to the question is that the house with floor tiles upstairs is also cold, so the problem is **We can't tell, the heating company responded that the new house is looking for a developer.

Heating tiles are still very good.

Heating tile is a traditional tile that can emit heat by itself through the application of a certain technology, which is generally used for floor heating. Heating tiles can be traced back to ancient China, and they are blue bricks (such as the Forbidden City) used in the flue heating of the royal palace at the end of the Ming Dynasty.

Three-dimensional security. The warm core is waterproof, fully sealed and waterproof, and the chip itself conducts heat and does not conduct electricity, and is leakage-proof. The tile itself has a temperature limit and is fireproof. The characteristics of ceramic tiles determine that it has no carbon dioxide emissions, no noise, no formaldehyde, benzene, radioactivity and other harmful substances.

The far-infrared heating chip of the heating tile is located 2 8 mm below the surface of the tile, with fast heat conduction and good effect; There is a thermal insulation layer under the heating chip to ensure that more than 95% of the heat energy is effectively dissipated to the floor surface and reduce heat loss.

The cost of use is low, and one hour per square meter is less than the kilowatt-hour of electricity. Intelligent temperature control (reservation, timing, touch screen display temperature control). It can be controlled in a single room like a normal air conditioner.

Moisture-proof and anti-corrosion, hot but not dry. The warm core can emit 9-10um far-infrared light waves, and the heat energy is from the bottom up, which is ergonomically designed, and can do physiotherapy and health care without leaving home.

Wood grain bricks, antique bricks, polished tiles, glazed bricks and other multiple options to meet the needs of different styles. Maintenance-free, the average life of the warm core is more than 35 years, and the warranty is 15 years. The chip and tile have a long life, and maintenance is simple.

Buying tips:

1. Safety. Three-dimensional security. The warm core is waterproof, fully sealed and waterproof, and the chip itself conducts heat and does not conduct electricity, and is leakage-proof. The tile itself has a temperature limit and is fireproof.

2. Environmental protection. The characteristics of ceramic tiles determine that it has no carbon dioxide emissions, no noise, no formaldehyde, benzene, radioactivity and other harmful substances.

3. High efficiency and energy saving.

The far-infrared heating chip of the heating tile is located 2 8 mm below the surface of the tile, with fast heat conduction and good effect; There is a thermal insulation layer under the heating chip to ensure that more than 95% of the heat energy is effectively dissipated to the floor surface and reduce heat loss. The cost of use is low, and the electricity per square meter is less than 0 016 kWh per hour.

Heating floor tiles are still in a new type of product, and I personally feel that it is not too comfortable to use, personal opinion.

Generally speaking, the thermal conductivity of floor tiles is much better than that of wooden floors, but floor tiles absorb heat quickly and dissipate heat quickly, while wooden floors absorb heat relatively slowly, but heat dissipation is also slow!

It depends on the area The general situation is that the speed of the wooden floor is fast.

Wood floor heat transfer blocks, of course!

The hot water pipe runs on the ground and heats, which has no effect on the ground tiles and has a certain impact on the wooden floor.

The inside of the tiles has been made.

The sintering process is formed after high temperature, so the hot water pipe has little effect on the tile, but the wooden floor may be deformed after being heated by the hot water pipe.

Ceramic tile and tile are refractory metal oxides and semi-metal oxides, through the process of grinding, mixing, pressing, glazing and sintering, and form an acid-alkali resistant porcelain or stone, building or decorative materials, called ceramic tiles. Its raw materials are mostly mixed with clay, quartz sand and so on.

Sintering, which refers to the transformation of powdered materials into dense bodies, is a traditional process. People have long used this process to produce ceramics, powder metallurgy, refractories, ultra-high temperature materials, etc. Generally speaking, after the powder is formed, the dense body obtained by sintering is a polycrystalline material, and its microstructure is composed of crystals, vitreous and pores.

The sintering process directly affects the grain size, pore size, and grain boundary shape and distribution in the microstructure, which in turn affects the properties of the material.

If it is a heating and hot water pipe, because the ground area occupied is not large, it does not have much impact, in the process of paving, pay attention to the reasonable retention of the expansion joints of the floor.