In the light of the constant appreciation of real estate andbuilding materials, everyone wishing to build their own house is forced to look for a cheap and high-quality alternative to brick. Build a house of gas silicate blocks. Today we will try to point out some of the nuances of erecting such houses, and also point out the frequent mistakes.
The most universal and reliable option will befoundation reinforced slab. It will be cheaper to use a simple ribbon foundation mounted on a cushion of large river sand. If the money is sufficient only for the columnar foundation, then it should be tied with a massive reinforced concrete belt. However, it's time to talk about how to build a house of gas silicate blocks. Please note that this material is highly hygroscopic, and therefore in no case should it be placed close to the ground.
To avoid unpleasant consequences, you can do two things:
Сперва делается гидроизоляция.So, for this, a ruberoid in two or three layers is laid on the first row of the foundation. The first row is laid out using a conventional sand-cement mortar. It is very important at this moment not to make a mistake, having done everything as carefully as possible. Take into account that the blocks should be laid as evenly as possible, so that the whole house of gas silicate blocks in the subsequent did not look sly.
First put the corner blocks.Having installed a laser pointer or using the "grandfather" cord for this purpose, we put all the remaining blocks on it. All the seams in the first row should be filled with special glue. To ensure that the blocks are as level as possible, they should be corrected using a rubber kiyanka.
If due to your inattention or badmaterial quality along the top of the row irregularities were formed, then use a special planer to eliminate them. We need to do this, as we have already said that because of the drops, the blocks of the subsequent rows simply crack, making the house of gas silicate blocks not very attractive outwardly.
We strongly advise against usingsand-cement mortar. Firstly, the thickness of the seams in this case will exceed 10 mm. The thermal conductivity of the material rises sharply, and due to the absorption of moisture it will quickly break down in the winter.