Примери за използване на Cold bridges на Английски и техните преводи на Български
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This reduces the number of cold bridges.
You build a building without"cold bridges", because the fiberglass reinforcement does not conduct heat, unlike steel.
Which promotes the formation of cold bridges.
Unlike metal, they do not create cold bridges in the wall and are much lighter, and also do not interfere with radio signals.
Thus, we limit the possibility of cold bridges.
In this case, the appearance of cold bridges can be completely eliminated.
Types of freezing and formation of cold bridges.
When laying the crowns, in order to avoid cold bridges, tow or other insulating material is packed into the gaps and gaps.
The reason for the formation of"cold bridges" are.
The construction avoids the formation of cold bridges, because when the panels are connected their straw edges are pushed together.
Metal profiles can play the role of"cold bridges".
Installation the Straw panels allows to avoid the formation of cold bridges, because when connecting the panels their straw edges are pushed together.
Using this technology allows you to avoid"cold bridges".
If there are gaps between the panels, cold bridges and condensation will appear.
This precaution will avoid the formation of cold bridges.
Galvanized thermoprofile H,which excludes the occurrence of"cold bridges" at the junction, a thickness of 1.2 mm corresponds to static calculations.
Carefully check the joints,it will help to avoid cold bridges.
The mesh of plastic does not form cold bridges in the wall.
The fiberglass reinforcement does not conduct heat(unlike steel),so you build a building without“cold bridges”.
If it is required to exclude the possibility of formation of cold bridges, then the use of a roll material.
Use of defective sheets of foam ordamage to already installed plates is fraught with the appearance of cold bridges.
The main advantage is the fact that nowhere on its walls there are‘cold bridges' and surfaces with condensed moisture.
It is soft and elastic material, which is easy to style, moreover it is not affected by thermal deformation anddo not arise cold bridges.
Advantages: light weight(less load on the foundation),low thermal conductivity(prevents cold bridges), alkali and corrosion resistance, good adhesion to concrete.
The resulting seamless monolithic surface excludes the appearance of cracks or"cold bridges".
Especially in the north, it is the place where cold bridges occur frequently.
In new types of insulated frames the heat losses has been reduced by help of integrated parts of the construction which breaks the cold bridges.
Also, its advantages include the fact that there are no cold bridges in it.
Jumpers over windows and doors must be insulated to avoid the formation of cold bridges;
Interface nodes"stena- floor" is very important to protect them from cold bridges.