How to calculate foam blocks for a house and what to consider? Calculation of the cost of building a house from foam blocks: calculation and construction progress Construction calculator for calculating the number of foam blocks

To start construction and be sure of the quality of your future home, you need to understand how and from what the building material you have chosen is obtained, what properties it has, and much more. You have decided to build a house from foam blocks, but you don’t know how much it will take to build it, and besides, you are not very familiar with this material? Let's look into this issue together.

What is a foam block

Foam block - a building material obtained by a certain technology. For its production, inexpensive components are used, which makes it popular in the domestic market. It's durable fake diamond unaffected by time. Obtained by mixing cement mortar with sand, water and foaming agent.

In special chambers, this mixture is processed and cellular (porous) concrete is obtained, which is cut into blocks.

Pros of foam concrete

Has a number of positive and negative qualities:

• Environmentally friendly - according to this indicator, it is similar to natural, such as wood.
• The presence of pores (cells) in the structure - allows air to pass through, which means that the house “breathes”.
• Resistant to high temperatures - when heated, its structure does not change, the stone does not burst.
• Good sound insulation - this allows you to save on finishing the house.
• Weight is very lightweight material, you do not need a powerful foundation, it is enough to build a tape one.
• Fire resistance - in the components from which the foam block is made, there is not a single one subject to combustion, therefore it has the highest class of fire resistance.
• Does not collect moisture - because the pore structure is closed.
• Size - large enough that allows you to build a house quickly, in one season.
• The shape is geometrically accurate, the ability to build a perfectly even structure of any complexity, and also allows you to build walls and build a house on your own, professional experience is not needed here.
• Good thermal insulation - allows you to save on heating the house.
• It can be glued - the consumption of the adhesive composition is several times less than the consumption of mortar from cement.
• It is easy to work with it - it is easy to cut, grind, etc., no special tools and fixtures are needed.
• The price is several times less than the cost of bricks and other natural materials.

Before you start calculating the number of foam blocks, you need to understand how much building material you need to buy to build a house so that during the construction process you do not have to buy it in addition. It is also necessary to decide which type of stone masonry to choose so that the house is warm and save on material. It's time to talk about how to calculate the number of foam blocks, taking into account various types masonry.

Calculation of the number of foam blocks, taking into account the type of masonry

Professional masons use certain terms to indicate the type of brickwork, and in order to correctly calculate foam blocks, you need to understand what they mean. Brick laying is different: half a stone, one or two stones. Let's see what it is.

To do this, you have to remember the school, such a discipline as geometry. The foam block is a rectangular parallelepiped - a geometric figure in which all faces are formed by rectangles. Our foam block measures 60 x 30 x 20 cm, where 60 is the length, 30 is the height, and 20 is the thickness. We will use these parameters to calculate the number of foam blocks.

The edge of the foam block 60 x 30 is called the “bed”, the edge with dimensions 60 x 20 is called the “spoon”, and the edge 20 x 30 is called the “poke”. Understanding these terms is necessary to understand the types of masonry.

Masonry in one stone is when the blocks are laid out across the direction of the wall and it lies on the mortar with the largest edge. This face is called the "bed", while the "pokes" look in and out. The thickness of the wall will be 60 cm thick. Masonry in two stones - when the blocks are laid out along the direction of the wall "spoon to spoon", but in two rows. The thickness of the wall will also be 60 cm. Walls with such a thickness are stable and very warm, these are usually erected in northern regions our country. Half-stone laying is when the block lies “on a spoon” in one row, the “bed” looks in and out, and the thickness of the wall being built will be 30 cm.

To calculate how many foam blocks you need for construction, you need to decide on the size of the house. Suppose a house is being built with a size of 10 x 10 x 3 (m), where 3 is the height of the house. Now you can start the calculations, and we will do this for all types of masonry.

The calculation of the masonry in one stone - the foam block lies on the "bed", the "pokes" are directed inward and outward. First of all, we calculate the area of ​​\u200b\u200ball the walls. To do this, we multiply the perimeter (the sum of the lengths of all sides) by the height: (10 + 10 + 10 + 10) x 3 and get an area of ​​\u200b\u200b120 square meters. m. Then we calculate the area of ​​\u200b\u200bone "poke". We multiply 20 x 30 and get 600 square meters. cm, translate into meters and get 0.06 square meters. m. To determine the number of foam blocks, you need to divide the area of ​​\u200b\u200bthe walls being built by the area of ​​​​one "poke": 120: 0.06 \u003d 2000. So, in order to start building walls in one stone, we need 2 thousand foam blocks.

Calculation of masonry in two stones - the position of two blocks of "spoons in spoons", "pokes" inside the wall. The dimensions of the house are identical, the area bearing walls 120 sq. m., the calculation of the area "spoon" remained. This is done like this: 20 x 60 (cm) and we get 1200 square meters. cm. Let's translate into meters - 0.12 square meters. m. By analogy, we calculate the number of foam blocks for construction: 120: 0.12 and get 1 thousand pieces. But this type of masonry provides for 2 rows, so a total of 2 thousand pieces will be needed. The material consumption is the same and there is no heat loss.

Calculation of masonry in half a stone - the foam block lies on the "bed", the "spoons" are directed inward and outward. This laying method is the most common. We expect the same house with dimensions of 10 x 10 x 3. The area of ​​\u200b\u200ball the walls is already known and is equal to 120 square meters. m., it remains to calculate the area of ​​\u200b\u200bthe "spoon". This is done like this: 20 x 60 and we get 1200 square meters. cm. Let's translate into meters - 0.12 square meters. m. It turns out that for walls with a perimeter of 40 m and a height of 3 m, you will need (120: 0.12) 1000 pcs. foam blocks. The savings are significant, but the house will not be as warm.

Sometimes for partitions in a building or for the construction of utility rooms, garages, etc., a quarter-stone type of masonry is used. Consider an example of calculating three partitions in a house.

Calculation of masonry in a quarter of a stone - the foam block lies on the "spoon" or "poke", the "bed" looks in and out. The dimensions of the proposed partitions: length 2, 4 and 6 meters and height 2.7 m. We carry out the calculation in the same way as for the number of foam blocks for load-bearing walls. Calculate the area of ​​all three partitions. To do this, we multiply the sum of the lengths of all partitions by the height: (2 + 4 + 6) x 2.7 and get 32.4 square meters. m. Now you need to calculate the area of ​​\u200b\u200bthe “bed”: 60 x 30 \u003d 1800 sq. cm., after conversion to meters - 0.18 sq. m. Final calculation: 32.4: 0.18 = 180. For partitions you will need 180 pieces of foam blocks.

Calculation, like the construction of any structure, requires care, do not forget to bring the obtained values ​​​​to a common unit of measure, otherwise your calculation will be incorrect.

If you still doubt your abilities, contact professional builders or managers - they will be happy to help you make a calculation required amount material for your home.

Here we decide, for the construction of a house 8 by 8 meters. About how much material is needed for a house of 6x6 meters and all calculations - see the previous page.

House 8 by 8 - it will turn out a little more on each side, but in terms of area it is almost 2 times larger than 6 by 6.

How many cubes of foam blocks are needed to build an 8 by 8 house

Again, we calculate the number and volume of the foam block for one-story house. A wall of 8 meters is approximately 150 foam blocks in 1 row and, accordingly, 300 blocks in 2 rows, which will be 40 cm and will be a wall width of 2/3 blocks.

For the terminology associated with this, see the material where we counted the number of foam blocks per house 6 by 6 meters.

So, we counted the wall, there are four of them in the house. So on all 4 walls, excluding door and window openings we need about 1200 blocks. And this, with a block volume of 0.03 cubic meters, will be about 36 cubic meters per floor.

If we make a house with 2 floors

To build a house from a foam block on 2 floors, you will need, respectively, a little more than 72 cubes of blocks.

Why "a little more"? Because you will be lining the armored belt between floors with a foam block, and it will also take you part of the height of the block to the thickness of the floor.

The thickness of the floor between floors will depend on the material and design of the floor.

If we make a wall 60 centimeters wide

If you decide in Siberia or the Urals, then in order to meet the requirements of modern SNiP, it is better to make the wall thickness 60 cm.

Then the wall will meet the thermal resistance requirements for these regions.

And it will be just the same “wall thickness of 1 block” - 60 centimeters.

How much will it be in cubes? For a one-story house, this will be 54 cubes of foam blocks, for two-story house- about 110 cubes of foam block.

Important to choose good stuff. It must be durable, reliable, heat-saving. One of these options is foam concrete, which is convenient to use in the form of finished products - foam blocks. The number of foam blocks per house should be calculated in advance so as not to interrupt the construction process.

What is the benefit of using foam blocks

The foam block is a material made from cement mortar, water and special foam. The finished product is a block in the form of a parallelepiped with a closed porous structure.

The building material is different:

• (natural components are used in the production process);
• sound absorption;
• low weight, reducing the load on the foundation;
• heat-insulating effect;
• improved, compared with brick, strength;
• fire resistance;
• chemical inertness;
• high compressive strength.

Foam blocks quickly fit into the building structure, while reducing the installation time of the building. They are used for laying the foundation, erecting load-bearing and self-supporting walls.

Performance characteristics of foam blocks

To calculate the number of foam blocks per house, you need to choose products of optimal density and decide on the installation method, depending on the desired performance characteristics(strength, heat saving). For the product, they are mounted so that the thickness of the future wall is maximum.

For internal partitions it is recommended to use foam blocks with a density of 300-500 kg / m³, for external walls without additional load or internal load-bearing walls - with a density of 500-900 kg / m³, for foundations and load-bearing walls decorated with heavy facing material- blocks with a density of 900-1200 kg / m³.

The choice of foam blocks depending on their size

The calculation takes into account the design data on the thickness and height of the building. After determining the required number of foam blocks for construction, it is necessary to add 2-3% of transport rejects (those products that can receive chips and other damage as a result of transporting the material to the installation site), up to 5% for construction rejects (during operation, the block may fall out of hand or it will be damaged in some other way).

The plant for the production of foam blocks offers the following sizes of products:

a) 200 x 300 x 500 (600) mm;

b) 200 (300) x 400 x 600 mm;

c) 100 x 300 x 600 mm.

The most popular foam block is considered to be a product measuring 200 x 300 x 600 mm. If you perform laying “on edge” (the construction term is “on a poke”), you will get a structure with a thickness of 200 mm, which will be enough for internal self-supporting partitions and facade walls with additional insulation. When installing products "on the bed" (laying in the prone position), a 300 mm thick structure is formed, which is necessary for the construction of walls for ceilings and. Laying "on spoons" forms a wall thickness of 600 mm.

At facilities where it is required to obtain improved sound insulation, choose the size of foam blocks 200 x 400 x 600mm. Laying is done in such a way as to obtain a finished wall with a thickness of 40 cm. Products with minimum dimensions (100 x 300 x 600 mm) are useful for arranging internal self-supporting partitions. For especially cold zones, if the purchase of insulation is not provided, foam blocks are laid so that the wall thickness reaches 600 mm.

Calculation of the number of foam blocks

When calculating the materials spent on the foundation, it is necessary to know the linear parameters of each section along the perimeter of the building. For simple strip foundation in the form of a rectangle, it is enough to know the parameters of the length, width and height of the two adjacent sections. This design is quite rare, since even a one-story house consists of several rooms.

Therefore, the total area of ​​\u200b\u200bthe foundation will be made up of its individual sections having the same height. The situation is similar with walls. External walls, internal and partitions are calculated separately.

Calculation example

Initial data:

• length of the box under the walls - 12 m;
• box width - 8 m;
• wall height - 2.8 m.

The total length of the walls with a standard rectangular foundation is calculated as follows:

(12 x 2) + (8 x 2) = 40m.

Area of ​​future walls: 40 x 2.8 = 112 m².

Area of ​​one stacked block:

200 x 300 = 60000 mm² (or 0.06m²).

We determine the number of foam blocks that will be used to equip the walls: 112 / 0.06 \u003d 1867 pcs.

To build the walls of a house with the size indicated above, 1867 foam blocks will be needed.

It should be clarified that the calculation was made when laying in one layer. At the same time, the thickness finished wall turns out to be 600 mm. If the blocks are laid differently, then the consumption of materials will be different.

We hope that if you are faced with the task of calculating the number of foam blocks per house, then now you can handle it without any problems.

To fix the foam blocks, you need to know how much glue to buy. You will need to calculate the number of seams vertically, horizontally, their total volume (the thickness of the adhesive seam is recommended 5 mm or more).

Given the volume of glue obtained from one bag, it becomes clear how many bags you need to purchase. The final consumption of glue is the sum of the actual value and corrections for unforeseen overrun (2% of the total value).

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Most buyers who decide to choose foam blocks for construction are faced with the problem of calculating their number. This is not surprising: each specific construction project will have its own characteristics, which must be taken into account when calculating the number of foam blocks. Otherwise, the developer runs the risk of staying with the material on the site, or buying at least one foam block cube to complete the construction. All this entails additional transportation costs, which can be easily avoided.

• Use our special calculator. The downside is that the calculator calculates only one size and does not take into account technological holes. This method is applicable for an approximate calculation and determination of the cost of the material.
• Contact our managers, describing the dimensions of your building or sending finished project. This method will be the most accurate. The calculation will be made by a professional builder who will take into account all the nuances and will be able to calculate the foam block with a minimum error.
• Independently determine how many foam blocks you need using an ordinary calculator. We will talk about this method in more detail ...

Determining the size of the building

So, first we need to decide what dimensions the building will have. For example, let's take arbitrary values ​​for a one-story rectangular building. Let's also assume that the height of the walls is the same everywhere:

• dimensions of external load-bearing walls (7 m x 10 m)
• total length of partitions (13 m.)
• building height (3 m.)

Wall thickness:

• outer walls (0.3 m.)
• interior partitions (0.1 m.)

Technological opening dimensions

• windows 5 pcs. (1.8 m x 1.2 m)
• front door 1 pc. (2 m x 0.9 m)
• interior doors 3 pcs. (2 m x 0.8 m)

Decide on block sizes

Since we took the thickness of the outer walls as 30 cm, the foam block must necessarily have one of the faces of this length. The most popular among foam concrete blocks from our catalog is the size 200x300x600. Sometimes it is replaced by a size of 250x300x600, but, due to the greater weight, builders prefer the first option.

If you decide to use gas silicate blocks, then the choice is greatly expanded. This material has a much more diverse size range, however, the essence remains unchanged: one of the faces must be equal to the thickness of the wall.

Adhering to the most popular solution, we suggest using the size of the foam block 200x300x600 for our calculation. However, in a similar way, you can make a calculation for absolutely any size.

Calculation of the number of foam blocks for load-bearing walls

In order to find out how many foam blocks are needed, first of all we calculate the perimeter of the box of the future building (7 m + 10 m) x 2 = 34 m. After that we multiply the perimeter by the height of the walls (3 m) and get the total area of ​​the walls of the box without accounting for technological holes 34 m x 3 m = 102 m 2

At this stage, it is necessary to determine the number of all technical holes that will be in the outer walls of the building. The more detailed you know the dimensions of future holes, the more accurate the final calculation will be.

For a better understanding, we will simplify the task a bit and take into account only windows and one front door. Let's assume we have:

• 5 windows (1.8 m x 1.2 m)
• 1 front door (2 m x 0.9 m)

We first calculate the area for one window (1.8 m x 1.2 m = 2.16 m 2), and then for all five windows (2.16 m2 x 5 = 10.8 m 2). Let's add to the result the door area (10.8 m 2 + 1.8 m 2 = 12.6 m 2) and get the area of ​​​​all holes in the outer walls of the building.

As you may have guessed, we only have to subtract the total area of ​​​​the holes from the area of ​​\u200b\u200bthe walls that we calculated earlier (102 m 2 - 12.6 m 2 \u003d 89.4 m 2). Thus, we found the area of ​​​​the external load-bearing walls without all the technical holes (in our case, these are only windows and the front door)

Finally, we turn to the calculation of the volume itself. Recall that for the outer walls we chose the size of the foam block 200x300x600, the number of which now needs to be calculated. Our goal at this stage is to calculate the area of ​​the block itself, but not the entire area, but only the area that will be external. Considering that we have laid 300 mm for the thickness, therefore, the area of ​​​​the outer side will be the product of 200 mm. and 600 mm. (0.2 m x 0.6 m = 0.12 m 2).

We approached the calculation directly of the number of blocks required for the construction of external walls. To do this, it is necessary to divide the area of ​​\u200b\u200bthe walls without technological holes by the area of ​​\u200b\u200bthe side of the foam block that we just counted (89.4 m 2 / 0.12 m 2 \u003d 745 pcs.)

How many foam blocks in a cube (200x300x600)

Sometimes it is much more convenient to measure the number of blocks in cubic meters. This is especially true if the required volume for your building is large enough.

So, in order to determine how many foam blocks 300 200 600 in 1m 3, you must perform the following calculations: divide the unit in turn by the length of each side of the block in meters. Let's give an example, 1 / 0.2 m. / 0.3 m. / 0.6 m. Round the resulting value up to hundredths up and get 27.78 pcs. This rule applicable to all blocks that have smooth edges. For all other types of foam blocks, the calculation will be slightly different.

For greater clarity, let's determine how many foam blocks 250 300 600 in a cube:
Similarly to the previous action, we divide the unit by the length of all three faces of the block (1 / 0.25 m. / 0.3 m. / 0.6 m. = 22.22 pieces)

Now it is not difficult for us to calculate the volume of foam blocks for our walls. To do this, simply divide the amount received (745 pcs.) By the amount of 1 m 3 foam block of our size (27.78 pcs.). As a result, we get 26.82 m 3 rounded up.

Calculation of the number of foam blocks for partitions

Recall that we took the thickness of the interior walls as 0.1 m. For our demonstration calculation, we will take a block of 100x300x600 for partitions. Thus, having performed calculations for partition blocks in a similar way, we got:

• total area of ​​interior walls - 39 m 2
• the total area of openings in partitions - 4.8 m 2
• area excluding those. holes - 34.2 m 2
• area of ​​the partition block (0.3 x 0.6) - 0.18 m 2
• the number of blocks - 34.2 m 2 / 0.18 m 2 = 190 pcs. or 3.42 m 3

Final calculation of foam blocks

Due to the fact that foam blocks are easily sawn, with the correct calculation, after construction, unused material rarely remains. However, we should add about 2% percent to the result, because. some of the blocks may simply be damaged during delivery or unloading, and any manufacturer has the right to lay such a percentage on the battle.

As a result, we get:

• size 200x300x600 - 26.82 m 3 + 2% = 27.36 m 3
• size 100x300x600 - 3.42 m 3 + 2% = 3.49 m 3

How many foam blocks in a square meter

Sometimes to calculate the required amount masonry mixtures or plaster, it is necessary to determine the number of foam blocks in square meter walls. This calculation will not be difficult if we remember how we calculated the block area.

For example, let's determine the number of blocks in 1m2 of the wall of our building. As you remember, we took the thickness of the outer wall as 0.3 m. Thus, the two remaining faces will serve as the sides of the rectangle (this rectangle will be the outer side of the block), the area of ​​which we need to calculate. Calculating the product (0.2 m. x 0.6 m.) we get 0.12 m 2. Now it remains only to divide 1 square meter of the wall into 0.12 m 2 (1 / 0.12 \u003d 8.33 pieces). Now we know the number of foam blocks per square meter of wall and we can easily calculate the consumption of any dry mix.

In conclusion, it is worth saying that it would be most rational to entrust the calculation of the number of foam blocks to the specialists of ProffStroy. Using this free service, you can significantly reduce the cost of purchasing building materials.

Which man does not dream of building a house with his own hands? After all, this way you can not only create exactly what you need, but also save a decent amount - it will turn out to be at least half the price of buying a ready-made home ownership. And if foam blocks are used as building materials, then the savings will be even greater.

How many materials will be required to build a foam block dwelling? How much will it cost to build a house from foam blocks? And what does this total amount consist of? We will try to answer these questions in the framework of our article.

How much will a house made of foam concrete blocks cost

Having decided to build a foam block house, first of all, it is necessary to determine the amount of building materials required for this purpose. Fortunately, foam concrete blocks are much easier to calculate than any other material (for example, wood or brick).

Blocks have enough big sizes and lie down in one row - a comparison with children's cubes is suitable here. So, knowing the parameters of the future home and the parameters of the blocks themselves, you can easily accurately count and order them just as much as you really need. Thus, you do not have to overpay for excess material and for its delivery.

An example of calculating the required number of foam blocks

So, how many foam blocks are needed to build a house? The calculation begins with finding the following initial data:

• building perimeter;
• masonry heights;
• wall thicknesses;
• The size of the foam block.

As an example, let's calculate how many blocks of 600x300x200 millimeters are needed for a one-story house 10x8x2.7 meters (where 10 m is the length, 8 m is the width, and 2.7 m is the height of the building).

But step-by-step instruction calculation:

• We calculate the perimeter of the outer walls as follows - (10 + 8) * 2 \u003d 36 m (we add the width of the house to its length and multiply by two). We multiply the result obtained by the height of the building and get the total area of ​​​​the walls of the house - 36 * 2.7 \u003d 97.2 m².

• Next, we find the area of ​​the window and doorways. Conditionally we will have 5 standard plastic windows(two windows measuring 1770x1460 mm and three windows measuring 1470x1460 mm) and 1 entrance door.

1770*1460*2= 51,6

1470*1460*3= 64,3

51.6 + 64.3 = 11.6 m² area of ​​​​all windows. And since the window openings should be slightly larger than the windows themselves, we can safely round the resulting area (11.6 m²) to 12 m².

Now, as regards front door. Take a standard steel door measuring 99x208 mm. To install it, you need an opening somewhere 102x208 mm. Thus, the area of ​​the doorway, determined in the same way as the area of ​​windows, will be approximately 2 m².

• Let's find the total area of ​​the walls minus windows and doors - 97.2-12-2 = 83.2 m².

• Further - easier. We know that we are building from foam blocks 600x300x200 mm in size, and the thickness of future walls is 300 mm. Using these figures, we calculate the amount of material that will be needed to build the walls of the house. To do this, we multiply the total area of ​​\u200b\u200bthe walls, minus windows and doors, by the thickness of the walls - 83.2 * 0.3 \u003d 24.96 cubic meters of foam block.
• How many pieces of foam blocks measuring 200x300x600 mm in one cubic meter? For the convenience of calculation, we translate millimeters into meters, i.e. it turns out 0.2x0.3x0.6 m. Then we multiply these numbers by each other - 0.2 * 0.3 * 0.6 \u003d 0.036 cubic meters one block. 1 / 0.036 \u003d 27.7 pieces of foam block in one cubic meter.

• It remains only to multiply 27.7 pieces by 24.96 required cubic meters of material: 27.7 * 24.96 = 691.3 pieces of foam blocks will be needed to build a house with the parameters indicated at the beginning.

Advice! Just in case (possible marriage, masonry fight, sawing several blocks when cutting doors and windows), order the number of foam blocks with a minimum margin - not 691.3, but for good measure 700 pieces.

But the mortar for blocks is taken at the rate of 25-30 kilograms per cubic meter of material, that is, in our case it is 24.96 * 30 = 748.8 kg of masonry mortar.

Now you can independently calculate how many foam blocks you need to build your dream home! Knowing the initial data, in the same way, you can easily find the amount of material for the construction of a garage, a bathhouse, internal partitions and other structures.

Related articles:

What is the total amount of the foam block house

The price of building a dwelling from foam concrete blocks is formed from many factors, the most significant of which are the following:

• Development of an individual or purchase of a ready-made project. Preparation of project documentation is initial stage any construction.

By the way! You can how to purchase standard plan future home, and order the creation of an exclusive project. The latter option, of course, is somewhat more expensive, but the result is worth it.

• The cost of building materials. The foam block, despite its excellent physical and technical properties, is much cheaper than traditional brick and stone. Knowing how to calculate the required number of blocks per house, you can easily find out the total amount that will have to be spent on the purchase and delivery of material.

• Foundation laying, erection of walls, construction of a roof. It is remarkable that a powerful foundation is not required for a lightweight foam block structure, so it will be a good idea to save money at this stage of construction.

• Wages of workers. It should be noted that foam concrete blocks are quite light and easy to install - laying them is a pleasure. But for this you still need to have some professional skills and experience.

• Insulation and waterproofing works. If necessary - hydro- and thermal insulation of walls, roofs, floors, internal partitions, attic (if any). At the same time, keep in mind that the thermal conductivity of the foam block is quite low. For this reason, insulating a house from foam blocks will not cause a significant loss to your budget.

• Exterior and interior decoration. It is better to single out this part of the expenses as a separate category, since your personal wishes significantly affect the final amount here.

Note! Foam block walls allow a wide variety of finishes with all kinds of materials: from ordinary plastering and painting, to cladding with siding and decorative stone.

How long does it take to build a house from foam blocks in time? The laying of a foam block wall is several times faster than, for example, a brick wall, so a dwelling from this material can be built in a matter of months.

Conclusion

Thus, the total amount of such a house consists of the cost of the building material itself and the cost of carrying out a whole range of works. Knowing the approximate prices for all stages of construction, as well as calculating the required number of blocks, you can roughly find out how much this pleasure will cost you.

To obtain more accurate information, it is necessary to draw up an estimate, and only a person specialized in this field will cope with this task. In the video presented in this article, you will find additional information on the topic we have discussed.