House 6x6 from blocks. Country houses from foam blocks: pros and cons, projects

House Cost Calculator

1 2 -number of floors ( without attic)

-house base length ( meters)

-width of the base of the house ( meters)

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Material calculation

WALLS:
foam concrete blocks (200x300x600mm):
62.37 m³ x 2900 rub/m³	180873 rub.
reinforced concrete lintels 2PB 17-2-p (1680x120x140):
12 pcs. x 462 rubles / pc.	5544 rub.
reinforced concrete lintels 2PB 13-1-p (1290x120x140):
10 pieces. x 383 rub./pc.	3830 rub.
reinforced concrete lintels 2PB 10-1-p (1030x120x140):
4 things. x 357 rub./pc.	1428 rub.
steel mesh for masonry (50x50x3 mm):
35 m² x 102 rubles/m²	3570 rub.
reinforcing bars Ø12 AIII:
0.2 t x 37500 rub/ton	7500 rub.
concrete mix B15-20:
1.8 m³ x 4200 rub/m³	7560 rub.
extruded polystyrene Penoplex 35:
0.6 m³ x 5100 rub/m³	3060 rub.
flexible reinforcing ties BPA 4-2P 250mm with insulation clamps:
740 pcs. x 3.3 rub./pc.	2442 rub.
facing single brick:
7670 pcs. x 13 rubles / pc.	99710 rub.
masonry mixture:
7.5 m³ x 2700 rub/m³	20250 rub.
:
7.38 m³ x 3700 rub/m³	27306 rub.

TOTAL: on the walls

363073 rub.

FOUNDATION:
gravel bedding:
11.6 m³ x 1900 rub/m³	22040 rub.
concrete mix B15-20:
8.8 m³ x 4200 rub/m³	36960 rub.
concrete mix B15-20:
40.5 m³ x 4200 rub/m³	170100 rub.
reinforcing bars D10, 12, 16 AIII:
3.1 t x 37500 rub/ton	116250 rub.
concrete blocks FBS 24-5-6:
48 pcs. x 3830 rub./pc.	183840 rub.
masonry mixture:
2.2 m³ x 2700 rub/m³	5940 rub.
edged boards for formwork:
1.4 m³ x 6500 rub/m³	9100 rub.
roll waterproofing RKK-350:
6 rolls x 315 rubles/roll (10m²)	1890 rub.

TOTAL: on the foundation

546120 rub.

COVERS:
wooden bars 150x100; 150x50:
4 m³ x 7000 rub/m³	28000 rub.
drywall Knauf (2500x1200x10):
26 pcs. x 260 rub./pc.	6760 rub.
steel profile with fasteners:
219.5 l.m x 49 rub./l.m	10756 rub.
basalt insulation (Rockwool):
18.9 m³ x 3700 rub/m³	69930 rub.
waterproofing (Tyvek Soft):
182 m² x 68 rubles/m²	12376 rub.
PE vapor barrier:
182 m² x 11 rubles/m²	2002 rub.
plywood sheets FK 1525x1525x18:
1.4 m³ x 19000 rub/m³	26600 rub.
subfloor edged boards:
1.5 m³ x 6500 rub/m³	9750 rub.

TOTAL: by floors

166174 rub.

ROOF:
pine racks (150x50mm):
4 m³ x 7000 rub/m³	28000 rub.
wood protection impregnation:
59 l x 75 rubles/liter	4425 rub.
waterproofing (Tyvek Soft):
184 m² x 68 rubles/m²	12512 rub.
steel tile (Monterrey):
192 m² x 450 rubles/m²	86400 rub.
self-tapping roofing 4.8x35:
6 pack. x 550 rubles / pack (250 pcs.)	3300 rub.
figure skate (2000mm):
6 pcs. x 563 rub./pc.	3378 rub.
purlin board 100x30mm:
1.5 m³ x 7000 rub/m³	10500 rub.

10:0,0,0,290;0,290,290,290;290,290,290,0;290,0,0,0|5:185,185,0,290;185,290,60,60;0,185,105,105;185,290,144,144|1127:224,144;224,60|1327:160,62;160,114|2244:0,38;0,169;290,199|2144:79,0;79,290;217,290|2417:290,22|1927:217,-20

RUB 1,303,392.0

Only for the Moscow region!

Calculation of the cost of work

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Layout example 10x10 m for calculation	Structural scheme
		1. Foam concrete block d=300mm; 2. Heater basalt d=50mm; 3. Brick cladding d=120mm 4. Ventilation channel d=20-50mm; 5. Reinforced concrete screed h=200mm; 6. Extrusion foam d=30-50mm; 7. Wood beam ceilings d=150-250mm; 8. Sheets of metal tiles; 9. Foundation from a monolithic concrete slab and prefabricated blocks h = 1.8m;

Foam block wall with brick cladding and intermediate heat insulator

foam concrete masonry

Currently, foam concrete blocks are a very popular, environmentally friendly and economical masonry material, which is characterized by significant vapor conductivity and porosity in relation to other brick building materials.

For fire protection, soundproofing, thermal insulation characteristics the foam block is significantly superior to ceramic bricks.

Plastering of a foam concrete wall should be done only after 6-9 months (and sometimes even after a year), due to significant shrinkage of foam blocks - up to 3 mm per meter of wall and real cracking of the plaster layer, for this reason, for quick indoor lining of foam concrete buildings it is better to focus on the use of drywall or gypsum fiber sheets.

Due to the imperfection of the manufacturing process, foam concrete blocks (unlike aerated concrete blocks), as a rule, are not made with sufficient accuracy, for which reason they are laid out on a traditional cement mortar. In turn, the presence of large binder jointing between foam blocks, in addition to increasing material costs, contributes to the appearance of "bridges" of cold and a decrease in the thermal insulation properties of the masonry.

By current standards, for the middle lane, an outer wall of foam concrete 400 mm thick with an outer basalt-fiber thermal screen, a layer of five centimeters, is quite enough.

Facade decoration of walls made of foamed concrete should not delay the movement of moisture from living quarters to the outside. In this regard, it is unacceptable to paint foam block walls with “non-breathing” compositions, plaster with a cement-sand mixture, and cover with foam boards.

When erecting masonry from foamed concrete, it is necessary to link many restrictions and technological features, otherwise, instead of reducing the cost of thermal insulation, it is really possible to get too uncomfortable, damp, or unsafe walls.

• The removal of the initial row of foam concrete blocks should be taken quite responsibly, checking the level and verticality of the wall during installation.
• A slightly protruding or substandard foam concrete block must be leveled with a planer to the required level at the place of its installation.
• Foamed concrete blocks can be drilled, sawn with a hacksaw, milled, chiselled, planed in a construction site.
• For the installation of reinforcement, grooves are made on the wall surface with a grinder in thickness and depth of 30 * 30 mm, which, when the reinforcement is installed, are filled with an adhesive for foam blocks.
• According to the technology, it is necessary to reinforce with steel bars the areas under the window openings and the platforms for supporting the lintels, as well as the next four to five rows of blocks.
• On top of the foam concrete blocks, in wooden formwork preparation, a reinforced concrete screed is made, 20 cm thick. On the outer surface, the mortar belt is thermally insulated with a 50-mm insert made of extruded foamed polystyrene.

brick cladding

Front brick is, of course, the most popular building material for building a house, which, apart from a decent exterior, is characterized by high (up to 200 kg / sq. cm) strength and weak (about six percent) moisture absorption, which explains the long life of stone buildings. In addition to ordinary bricks, figured, glazed and clinker bricks are produced among facing bricks.

Currently being implemented facing brick various colors (from white-yellow to chocolate) and shapes (wedge-shaped, beveled, rounded, rectangular), as well as reliefs (smooth, corrugated, chipped, rough), which makes it possible to embody various innovative building fantasies.

• Due to the fact that there is a risk of microcracks, it is not necessary to connect the front and foam block masonry with inflexible steel meshes laid in the gaps between the rows.
• After laying two layers of foam concrete blocks, they bind the front and foam block wall structures using non-rigid metal strips or soft fiberglass mesh tape, since the foam block and front walls show an unequal degree of shrinkage.
• FROM outer side, on the foam block wall, with the help of plastic fixing dowels, pieces of a basalt fiber thermal screen are tightly hung, such as: Izomin, Ursa, Knauf, Izorok, Isover, Rockwool, with a section of 5 centimeters, on top of which a diffusion waterproofing film is hung, for example: Izospan, Yutavek, Tyvek .
• The front masonry is carried out in rows of spoons on a sand-cement mixture, with dressing of every 4 rows of spoons with a bond row.
• From a brick wall, a wall of foamed concrete blocks, with an external heat shield, is separated by a gap of at least 2 cm (along the entire height of the wall), for steam removal, with inlet / outlet openings in the upper and lower rows of cladding.

Foundation from a monolithic concrete slab and prefabricated tape

The prefabricated slab foundation is made along the perimeter external walls houses in the form of a single reinforced concrete slab, on which prefabricated concrete blocks are laid out.

This type of foundation is used in low-rise housing construction to obtain the basement of a house, with mobile lands: recultivated, peat bogs, bulk, in a situation of low occurrence groundwater. In water-saturated areas, it is advisable to arrange the side walls of the foundation by continuous concreting, with the use of waterproofing measures (pasting, coating, impregnation).

In addition, the prefabricated block scheme of the side walls of the foundation, on the already made reinforced concrete slab, is predetermined at an accelerated pace of construction, as well as during the production of foundation work in the cold period.

The standard sequence for the device of a single-slab foundation with vertical parts in the form of a prefabricated concrete block:

• First, a layer of earth is removed to the depth specified by the project.
• gravel is poured, with a particle size of 40/60, up to 20 cm thick, and compacted tightly.
• Mortar filling is carried out, 4-5 cm high.
• A waterproofing membrane is applied with an outlet at the edges up to 2.0 m, for lateral moisture insulation of the side part of the foundation base.
• In order to protect the moisture-proof film from accidental ruptures when knitting the reinforcing structure, a second layer of mortar is applied on top of the moisture insulation, 40 mm thick, along the boundaries of which the formwork is fixed along the height of the slab part of the foundation.
• castable foundation slab they are pulled together from the inside by two rows of connected steel bars with a section of Ø14 grade AII with cells of 20x20 cm.
• In the case of a solid foundation, only ready concrete, brand, not lower than M300, transported by a concrete mixer.
• The duration of hardening of the concrete mass (when it is already possible to lay the foundation walls from ready-made concrete blocks) takes at least 4 weeks in warm weather.
• The installation of blocks is carried out relative to the corners, in perpendicular directions, controlling the alignment using an electronic theodolite. Separate concrete sides are placed with a crane on a "bed" of masonry mortar.
• Installation must begin with the installation of signal blocks in the corners of the building and at the crosshairs of the axes. The installation of wall blocks is started only after the alignment of the orientation of the beacon blocks along the horizon and level.
• By top row foundation blocks, in a panel formwork, a reinforced concrete belt is produced, with a layer of 250 mm.

wooden floor

Wood is traditionally used as a log coniferous trees(for example: larches, spruces, pines), with a moisture content of less than 14 percent. In terms of bending resistance, the most durable log is a bar with an aspect ratio of 7: 5 (for example, 0.14x0.10 m).

In country housing construction, floors from wooden beams, due to the simplicity and low cost of their manufacture.

When choosing lumber for beams, you should use calculations that show the dependence of the beam parameters on the span size and load; it is also permissible to build on the simplified norm that the wide side of the beam should be about 1/24 of the overlap length, and the thickness should be 5 ÷ 10 cm, with a load of 150 kgf / m² and an alternation step of lag 50 and 100 cm.

For a possible replacement of beams of a given size, boards fastened with self-tapping screws should be used, while the total cross section must be left unchanged.

Some moments of installation of a beam-beam ceiling:

• The logs are laid in the following sequence: first, the extreme ones, and then, with adjustment according to bubble level, all others. Logs must be driven onto the masonry by at least 150-200 mm.
• in wooden houses, the ends of the beams are hemmed in the form of a funnel, and then they are inserted into the prepared opening of the last log for the entire thickness of the wall.
• The ends of the beam beams are sawn at an angle of about 60 °, covered with an anti-rot compound (for example: Teknos, Biofa, KSD, Pinotex, Aquatex, Senezh, Tikkurila, Holzplast, Biosept, Cofadex, Tex, Dulux, Kartocid) and covered with bituminous cardboard, keeping the end open , to protect against decay, which occurs when steam diffuses around bricks.
• In stone walls, the ends of the logs are located in the openings of the walls in which moisture condenses, for this reason, between the masonry and the cuts of the ends of the beams, they make space for ventilation, and with a sufficient depth of the opening, a thermal insulating layer is also placed.
• Logs are taken from the wall by at least 5 cm, and the indent between the bars and the chimney must be at least 400 mm.

The basement ceiling is thermally insulated with the installation of a vapor-tight membrane on top of the thermal protection, the ceiling of the upper level is insulated with a vapor barrier under the insulation, and the interfloor ceiling is not subject to insulation.

However, if the issue of the load capacity of timber interlevel ceilings, as a rule, is removed due to an obvious increase in the cross section of the lag and their number, then the situation with fire resistance and noise protection is somewhat more complicated.

A possible technique for improving the soundproof and fireproof properties of wooden interlevel floors is as follows:

• To the base of the beam beams, at 90 ° to them, on damping holders, after 30-40 cm, bars are attached to the crate, on which a plasterboard ceiling is attached from below.
• A fiberglass fabric is laid on the upper surface of the resulting crate and fixed with brackets to the beams, on which basalt fiber slabs are tightly laid out, such as: Ursa, Rockwool, Knauf, Isover, Izomin, Izorok, 5 centimeters thick, with a transition to the sides of the overlap lag.
• From the side of the upper floor, plywood slabs (16 ... 25 mm) are nailed onto the logs, then, with an increased density of mineral wool sound absorber (25 ... 30 mm), and again, plywood slabs of the “floating” floor are laid out.

Roofing from a metal tile

The most “promoted”, at the moment, is the Monterrey profile type: wave pitch - 0.35 m, wave depth - 2.3 cm, produced by various manufacturers: Interprofile, Finish Profiles, Pelti ja Rauta, Grand Line, Poimukate, Metal Profile .

Roofing material is laid on a bearing base, composed of truss trusses and plank sheathing.

For private houses, a scheme of two or three spans with internal supporting walls and inclined rafters is often performed.

The supporting ends of the rafters are fixed to a fixing beam measuring 100x100 ... 150x150 mm; the distance between the truss trusses is set within 600 ... 900 mm with a cross section of truss beams 5x15 ... 10x15 cm.

The total value of the ventilation slots (inlet and outlet) should be 1% of the roof size, such ventilation intensity is necessary to quickly weather the wet steam coming from the housing and protect the m / tile sheets from possible corrosion.

Features of fixing strips of metal roofing:

• Before installing the sheathing, it is advisable to spread a diffusion film over the rafters: TechnoNICOL, Tyvek, Izospan, Yutavek 115.135, Stroizol SD130, for further thermal insulation of the under-roof level. It is unacceptable to use, for moisture insulation, vapor-tight coatings, for example, based on roofing material.
• On the truss beams, on the laid moisture-proof material, slats 30x50 mm are installed, and to them sheathing boards 100x30 mm, with an interval of 35 cm (for metal tiles Joker, Monterrey). In this case, the space between the starting edge of the very first board and middle point the second should be 300 mm, and the starting crate board is 2 cm thicker.
• When installing a crate structure, in the places of subsequent placement of the snow guard, it is necessary to additionally install additional bars under the crest of the wave.
• The installation of hooks of the grooved structure is done on the cornice board or truss beams, before laying the sheets of metal tiles.
• Sheets of m / tile are attached to the lower point of the profile, in contact areas with crate preparation.
• To the initial sheathing beam, which has the greatest thickness, strips of steel tiles are fixed with self-tapping screws above the profile step.
• The strips located on the sides of the roof are attached along the edges of the slope more often, i.e. on all battens.
• When installing m / tile sheets, the first sheet is aligned along the bottom line and sidewall of the slope and suspended on one self-tapping screw to the last crate board, in the same way they deal with 2-3 adjacent sheets in a row, connecting them to each other and trimming perpendicular to the bottom lines, and only then finally fixed, using about 6-8 pcs. tiled self-tapping screws with sealing gaskets per square meter of roofing.
• Metal tiles are laid from bottom to top, left to right (or right to left), guided by the principle that each subsequent sheet closes the capillary groove and one wave of the previous one.

How to build a house 6 by 6 from foam blocks. Councils and recommendations. Competent design. Features of the construction of the foundation and walls. Characteristics of materials. Calculation examples.

The optimal solution for a small-sized structure is a 6-by-6 house made of foam blocks. To do this, you need to know how to complete a house without finishing and for finishing. How is the construction of a house of foam concrete. Features of the construction of the foundation and the construction of walls. What you need to know about design. Examples of calculations of the required number of foam concrete blocks.

Characteristics of the materials used. Features of the construction of houses from foam blocks. The main stages of the installation and the nuances of the construction of reinforced houses.

Modern economic conditions often confuse those who want to acquire their own square meters: the cost of apartments in new buildings in most cases is similar to the cost of individual small houses. Of course, not everyone wants to get involved in individual construction, but those who decide to take this step will definitely never regret their deeds.

Expert opinion

Filimonov Evgeny

Ask an expert

For those who want to save both money and space on the site, there is a worthy option - a 6 by 6 house, two-story. Its layout can be done as efficiently as possible, because there will be enough space for living.

These dimensions are not taken from the ceiling: it is these parameters that can create an optimal and sufficient area for an average family to live. If the internal layout of the premises is carried out efficiently, the usable space can be used in in full– up to 70 m2. At the same time, a 6 by 6 two-story house, the layout of which takes into account the entire internal territory, will be able to accommodate large quantity rooms than a city apartment of the same area.

What to build from?

For the construction of a house, any modern building material can be used: foam block (gas block), timber, log, frame system filled with sandwich panels. The choice depends on personal preferences and financial capabilities of the developer.

In addition to wishes, the choice of material is influenced by the purpose of the house. If it is not intended for year-round living(dacha), massive wall structures should not be used, aimed at preserving heat, and, conversely, heating devices and appropriate communication systems are provided for permanent residence. From any of the materials listed above, you can build both a summer house and a capital house. Next, consider the pros and cons of popular options.

stone castle

The most common material for building a house is lightweight concrete in the form of gas and foam blocks. Not surprising, because it is durable, as safe and efficient as possible in operation:

• high sound insulation;
• thermal insulation;
• the material is not subject to combustion;
• resistant to temperature changes.

In addition, its installation is quick and relatively economical. The house 6 by 6 is two-story, the layout of the foam blocks of which is quite simple, being built in a short period of time - from 2 weeks to a month. Such material allows you to create and equip your corner in the shortest possible time.

An economical foundation can also be attributed to the pluses: for a small house there is no need to install a massive base, a shallowly buried tape one is enough. This is quickly mounted, requires minimal cost on materials, quickly becomes suitable for further construction based on it.

The disadvantages include the need to finish all walls without exception: bare concrete looks unpresentable. This is where the shortcomings probably end.

You give a choice of natural materials!

Wooden materials are divided into several groups:

• log rounded;
• timber glued / solid;
• components of sandwich panels.

Expert opinion

Filimonov Evgeny

Professional builder. 20 years of experience

Ask an expert

The most common and popular is a wooden house 6 by 6 two-story. Timber planning is economical in terms of financial costs and installation.

The construction of the building is carried out quickly and easily thanks to the tongue-and-groove system for connecting fragments.

The foundation for such a structure can be used the cheapest - columnar or pile-screw, since the weight of the house is small, and a solid foundation is not required.

How to make a compact layout

Creating a project - milestone work, which determines the entire construction process. Entrust it to professionals or do it yourself - the choice of everyone. Of course, architects will complete the task as efficiently and quickly as possible, but it costs money. For those who want to save money, consider a way to create a 6 by 6 two-story house, the layout of which will be compact.

• On a piece of paper, create a drawing diagram with proportions for ease of measurement.
• First of all, designate the perimeter, the location of the roads.
• Decide on the desired number of rooms. To save space, you can combine a kitchen with a living room, a bathroom with a toilet, pantries can either be moved to the street, or their area can be reduced to a minimum.
• Designate the location of the rooms in accordance with the proportions, indicate their sizes.
• Determine the design and configuration of the roof, the location of doors and windows.

What is the price?

since we are talking about savings, you need to highlight financial side question. Small house from a turnkey timber can be delivered on average for 400-500 thousand rubles. It all depends on the layout, wall thickness and other options. A block cottage 6x6 meters will cost 1-1.5 million rubles. Obviously, these prices for residential premises with an area of ​​65-70 m2 are significantly lower than the cost of the same spaces in multi-apartment residential buildings. Of course, this does not include the purchase of land. But if you figure it out total costs in your own corner, separate or in a residential complex, are approximately the same. Therefore, to each his own.

Complete set of the house without finishing

• Foundation - not included (to be ordered separately).
• Height of the 1st floor - 2.85 m; attic - 2.7 m.
• The thickness of the outer walls is 20 or 40 cm (your choice).
• There are no interroom partitions on the 2nd floor.
• Openings - hot-rolled corner 50x50x5 mm to support the blocks.
• Draft floors - edged board 20-22 mm (only 1st floor).
• Building a house on your site.

Home furnishing for finishing

• Logs and floor beams - board 100x200 mm (step 600-700 mm.
• External walls - blocks 625x250x200 mm (foam concrete or aerated concrete).
• The thickness of the outer walls is 20 or 40 cm.
• Interroom partitions of the 1st floor - blocks 100 mm thick.
• Interroom partitions of the 2nd floor - frame 100 mm; plasterboard sheathing.
• Reinforcing belt - 150x200 mm external walls, 150x100 mm partitions of the 1st floor.
• Reinforcement - every third row reinforcement 8 mm class A3 (corrugated).
• Finished floors - OSB board.
• Ceilings and attic - plasterboard.
• Mansard gables - with outside OSB-3 board 9x1250x2500 mm.
• Rafter system - timber 40x100x150 mm; crate from a board 20-22 mm.
• Roofing - metal tiles (color to choose from).
• The entrance door is metal.
• Assembly on the site - included in the price.

Complete set of the house on a turn-key basis

• Assembly on the site - included in the price
• Foundation - not included in the basic package (ordered separately).
• Height of the 1st floor - 2.55 m; attic - 2.4 m.
• Logs and floor beams - board 100x200 mm (step 600-700 mm).
• External walls - blocks 625x250x200 mm (foam concrete or aerated concrete).
• The thickness of the outer walls is 20 or 40 cm (see the price on the project page).
• Interroom partitions of the 1st floor - blocks 100 mm thick.
• Interior partitions of the 2nd floor - frame 100 mm (without heat and sound insulation); plasterboard sheathing.
• Reinforcing belt - 150x200 mm external walls, 150x100 mm partitions.
• Reinforcement - every third row reinforcement 8 mm class A3 (corrugated).
• Openings - hot-rolled corner 50x50x5 mm for supporting blocks.
• Draft floors - edged board 20-22 mm.
• Finishing floors - grooved board 36 mm (chamber drying).
• Plaster and putty - all block walls (indoors).
• Interior wall decoration - vinyl wallpaper.
• Wall decoration in bathrooms - plaster, putty, tiles.
• Ceilings - stretch (opaque or glossy).
• Mansard pediments - from the outside, OSB-3 slab 9x1250x2500 mm.
• Rafter system - timber 40x100x150 mm; crate from a board 20-22 mm.
• Roofing - metal tiles (color to choose from).
• Gutter system
• Finishing of facades - front brick (red, yellow, brown to choose from).
• Windows - double-glazed windows; low tide, window sill and mosquito net.
• Entrance door - metal cashed with fittings.
• Interroom doors - paneled cashed with fittings.
• Staircase - wooden with carved balusters.
• Vapor barrier - Ondutis or analogues (2 layers: floor of the 1st floor, 1 layer: under the roof).
• Warming - 100 mm KNAUF or analogues (floors, floors, attic).
• Heating - heating panels
• Electricity - wiring around the house, switches, light bulbs, for every 5 linear meters. meters of premises: socket.
• Plumbing - water supply (up to 5 m), wiring around the house: cold / hot. water and sewerage.
• C / a - toilet, shower or acrylic bath, suspended water heater tank.
• Septic tank - 2-section with connection (up to 10 m from the house; distance over is calculated separately).

Foam concrete construction

Small-sized architectural forms, which include the project of a house 6 by 6 from foam blocks, is quite in demand in the private sector when building a site. In fact, with such dimensions, many design ensembles can be realized, but our goal is not the decoration of the building, but the construction of the foundation along with the box.

Foundation

• The most common types of foundations for houses made of foam blocks are pile (in rare cases, columnar) and tape (monolithic or prefabricated). We will pay attention to the most solid option, to a monolithic tape and briefly analyze the principles of its installation and the required amount of materials for pouring. For marking on the site, we need a plan of the house or its 1st floor, which is located above, in order to create a zero cycle for bearing walls and partitions.
• Let's assume that we have non-rocky soil on the plot to be built, then we will make the foundation shallow, 60 cm from the sole to the ground level and 40 cm the tape will act as a base above the surface. We will make the thickness of the tape 0.5 m, but we will have to dig a trench at least 0.8 m deep, leaving 20 cm for a sand (or crushed stone) pillow. Now, based on the plan of the 1st floor, we calculate the total length of the trench.
• So, we need a foundation for a 6 by 6 house made of foam blocks, but in addition to the square on the plan, we have a protruding terrace and partitions, under which we need to fill in tape jumpers. This means that the entire trench will be: 6 * 4 + 3 * 2 + 1.5 * 5 + 1 + 0.5 * 2 \u003d 39.5 linear meters. Now you can find out the amount of concrete, for this we need the total volume of the tape: 39.5 / 1.0 * 0.5-19.75 m3.
• In the same way, you can calculate the number of components for concrete mix, for example, we will use the popular brand of concrete M 300, then for one cube we will need 385 kg of cement M 400, 1080 kg of crushed stone or gravel, 705 kg of coarse sand and about 220 liters of water (it all depends on the moisture content of the fillers). Everything else is already somewhat simpler, since we know the cubic capacity of the tape, then the cement will go 19.75 * 385 = 7603.75 m3; crushed stone - 19.75 * 705 \u003d 13923.75 m3; sand - 19.75*1080=21330m3; water approximately 19.75 * 220 \u003d 4345l. You will also need sand for a pillow, and this is 39.5 * 0.2 * 0.5 \u003d 3.95 m3.
• For a metal frame with a strip foundation, reinforcement with a cross section of 10 to 16 mm is usually used as longitudinal load-bearing rods, but given that the projects of houses 6 by 6 from foam blocks are quite light, the instruction allows using a diameter of 12 mm. This means that we need 39.5 * 4 \u003d 156m of longitudinal bearings (two rods at the upper and lower levels), and if we take into account that each profile has 6m, then 156/6 \u003d 26 rods.
• For jumpers, you can use corrugated or smooth-walled fittings with a diameter of 8 to 10 mm. With such dimensions of the tape, the optimal dimensions of the frame will be 3075 cm, which means that the vertical jumpers will be 0.8 m each, and the horizontal ones will be 0.35 m each and the ring will be 2.5 m in total. If we make them step by 0.5m, then we need 39.5 / 0.5 * 2.5 = 197.5m or 197.5 / 6 = 32.9 or 33 pieces
• The fittings are connected using soft steel wire and it is knitted with their own hands, but for this they use a variety of devices - pliers, screwdrivers and even special pistols, but the hook remains the most popular, with a bent rod ground into a cone. For each joint, about 0.5 m of wire is consumed, and we get a total of 39.5 / 0.5 * 4 = 316 joints, which means that we need approximately 316 * 0.5 = 158 m of soft wire.
• Advice. On water-saturated soils, it is better to make a pillow under the foundation tape from crushed stone or gravel, or pour two layers of 20 cm each - sand and gravel. If necessary, the tape must be equipped with a cut-off waterproofing or even a drainage pipe, having dug it at the level of the sole with a slope of 1 cm / 1 m at a distance of 1.5-2 m from the foundation.

Walling

• After erecting the foundation, we need to make a floor and reinforced concrete floors are perfect for this, as you can see in the top photo. Given that we have a 6x6 house made of foam blocks with a terrace, we will need two types of PK 60-12-8 (5980x1190x220 mm) slabs - 5 pieces and for the ledge of the PK 30-12-8 terrace (2980x1190x220 mm) - 1 piece. But exactly the same floors are suitable for the ceiling, which means that the whole set must be multiplied by 2 and we get PK 60-12-8 (5980x1190x220 mm) - 10 pieces and PK 30-12-8 (2980x1190x220 mm) - 2 pieces.
• And now let's look at several types of masonry and the number of blocks that will be consumed if they are laid in one way or another. For load-bearing walls, we will take a foam block 200x300x600 mm and try to raise the wall in two ways - into a whole stone and half a stone. Masonry in a whole stone implies the position of the block on the bed, poking in and out of the house.
• Let's take 2.8m as the estimated height (together with the seams, this will turn out to be 2.87m) and find out the total area of ​​\u200b\u200bthe bearing walls, it will be Swalls \u003d 6 * 3 + 1.5 * 2 + 3) * 2.8 \u003d 67.2 m2. If the masonry will be carried out in one whole stone, then we will need another poke area, and this is Poke = 200 * 200 = 60000 mm2 = 0.06m2. In this case, for all load-bearing walls, when laying in a whole stone, Swalls / Sbutting \u003d 67.2 / 0.06 \u003d 1120 pieces will be needed.
• Also, projects of 6x6 houses made of foam blocks (bearing walls) can be carried out with half-stone masonry, which, of course, will reduce thermal insulation, but material consumption will significantly decrease, and someone may find it quite reasonable that the thermal barrier can be installed separately. Half-stone laying implies the position of the block on the bed, with spoons outside and inside the house.
• We already know the area of ​​​​the bearing wall, now we find out the area of ​​\u200b\u200ba spoon, and this is S spoon \u003d 200 * 600 \u003d 60000 mm2 \u003d 0.12 m2. Thus, we can find out the number of blocks for all load-bearing walls and this will turn out to be Swalls / Sspoon \u003d 67.2 / 0.12 \u003d 560 pieces. As you can see, the number of foam blocks turned out to be half as much, and if you use, for example, mineral wool for insulation and line it with siding, then the price for all the work in the second case will be more profitable, besides, the first option remains without lining for the same money .
• We continue to consider the project of a 6x6m foam block house, in which we need to build partitions, but we will already do this in a quarter of a stone and use a different block size for this - 600x300x100 mm, which is quite acceptable inside the apartment. Of course, you can put other sizes, but for the example we will use this one. Laying in a quarter of a stone means the position of the block on a spoon, with beds to the sides, and butt-to-butt.
• If the total length of the walls we have is 6 * 4 + 3 * 2 + 1.5 * 5 + 1 + 0.5 * 2 = 39.5 m, and the length of the bearing ones is 24 m, then we have 39.5-24 = for the partitions 15.5m linear. The area of ​​all partitions will be S partitions = 15.5 * 2.8 = 44.24 m2, and the area of ​​the bed S bed = 600 * 300 = 180,000 mm2 = 0.18 m2. Now we find out the total number of blocks - S partitions / S beds \u003d 44.24 / 0.18 \u003d 245.7 or 246 pieces.

Design

Any design organization has its own ready-made projects of houses of any size, adapted for a given region. If one of them suits you, then it will cost much less than what you have to develop from scratch.

What should be in the project

Since you are going to build a 6 × 6 aerated concrete residential building for year-round use, the package of documents must contain a technical section with communication schemes:

• heating;
• Water supply;
• Sewerage;
• Power supply.

In addition, the project of a 6 × 6 aerated concrete house should contain information about the exterior and interior finishes. This is important because given material, which has excellent heat-saving properties, loses them, saturated with moisture.

Therefore, first of all, after the completion of the main construction, the house is trimmed from the outside in order to protect the walls from precipitation and humid air.

Where to "grow"

This issue is usually decided based on the size and shape of the site and the needs of the family.

• If the land plot is small or narrow, it is more logical to build the house up - so it will take up less space.
• If the area of ​​​​the site is large, and there are elderly people and small children in the house, it is better to “grow” in breadth.

But there are some nuances associated with the alteration of the roof. The price of such alteration is usually quite noticeable.

Of course, in the future it will be easier and cheaper to add a couple of rooms to the house, extending the existing roof to the extension. With second floor little blood can not be dispensed with, since the roof will have to be completely removed, and then re-mounted.

In your case, you can advise the third option. Namely - to build a one-and-a-half-story house right away. To do this, you will have to raise the outer walls by only a meter and a half, which will not greatly affect the rise in price.

The advantages of this option are obvious:

• Spending a little more money now will save you big in the future.
• In a few years, you will not have to make an opening in the ceiling or a door in outer wall, breaking the decoration of residential premises.
• The second floor can not be finished yet and not spend money on stairs. And in its place for the time being to place a small bedroom.

Features of construction from gas blocks

The fact that aerated concrete loses its positive properties when wet has already been mentioned. This must be kept in mind during transport and storage of the material.

In addition, the instruction prescribes to take into account other features of the material:

• When building from aerated concrete blocks, it is desirable to make thin seams. This stuff is like everything else. cellular concrete, has a high thermal resistance. And thick cement joints reduce this figure for finished walls by tens of percent.
  For reference. Aerated concrete manufacturers recommend using special glue and tools for laying blocks, which can reduce the thickness of the joints to 3-5 mm without losing the quality of installation.
• This material is very vapor-permeable, which puts it on a par with wood in terms of the comfort of living in such a building. But only if the water vapor formed in the house will freely go outside without accumulating in the walls. Therefore, the interior and exterior finishes must be thought out so that the vapor permeability of each layer increases outward. Or it is necessary to design good supply and exhaust ventilation.

Solving a housing problem usually involves a lot of spending. But modern materials can significantly reduce them without sacrificing the quality of housing. These materials include aerated concrete.

An example of calculating the required number of foam concrete blocks

Having decided to build a house from foam blocks, you need to decide on the amount of material required for this. In this case, it is much easier to make calculations than when building a building from another building material, be it brick or wood.

The foam blocks are large in size, they fit in one row, like children's cubes, therefore, knowing the dimensions of the house that they are going to build and the dimensions of these “cubes”, you can easily calculate with very high accuracy and order just as much as you need. This will allow you not to overpay money for extra materials and for their delivery.

The length of the house is 6 meters, width - 6 m. Height - 3 m.

The perimeter of the house is 24 m (6x4). The total area of ​​the walls is 24 x 3 = 72 square meters.

Calculate the area of ​​windows and doorways. Let us (conditionally) have 5 windows (let's take standard, plastic ones). Two windows on the facade of the house with a size of 1770x1460mm, and 3 windows with a size of 1470x1460mm.

We multiply all these numbers, add them up and get that total area of all windows will be 11.6 square meters. m. Since we calculated the area of ​​​​the windows themselves, and the window openings should be somewhat larger, we can safely round this figure up to 12 square meters. meters.

Standard 99 x 208 mm steel doors require a 102 x 210 mm door opening. Thus, the area of ​​the doorway is 2.142 sq. m. (round up to two).

So, the total area of ​​\u200b\u200bthe walls, minus openings for windows and doors, will be: 72 - 12 -2 \u003d 58 square meters. meters.

Material characteristics

A small building in the form of a miniature country dwelling, technical room, workshop, garage is a 6x6 house made of foam blocks. They like to build such buildings because of their positive characteristics. The most important among them will be:

• absolute safety for health;
• light weight;
• affordable price;
• excellent quality;
• ease of construction of any structures.

Expert opinion

Filimonov Evgeny

Professional builder. 20 years of experience

Ask an expert

The small area of ​​the building in question allows it to be erected in a short time. This does not require special skills in the construction field.

The final result of the construction of the object will depend on the originality of the project and the features of the architectural complex.

Using the minimum amount building materials, a fairly spacious building is being created, convenient for permanent residence. It can accommodate up to 3 people at the same time. Such houses retain heat well, do not allow extraneous sounds to penetrate into the room, and are not afraid of dampness.

As a result of the use of foam blocks and aerated concrete, a lightweight version of the house is obtained. The considered materials have similar features: the first version of the product is made using concrete. The resulting air bubbles are located in the material cavity itself, inside.

The second option is associated with the active inclusion of aluminum chips in the production. They actively interact with oxygen, heat up and release gas.

The foam block has a softer base and a high degree of moisture resistance, its cost is much lower than that of aerated concrete. These cells, unlike foam blocks, belong to open type, providing active interaction air bubbles.

Aerated concrete is manufactured under industrial conditions, thoroughly dried in an autoclave. Its geometry is impeccable, which ensures a high-quality masonry process and acceleration in work.

Features of building houses from foam blocks

A house made of foam blocks 6x6 is distinguished by some originality of construction. So, at the time of drafting the project, measures should be taken to protect the material from the harmful effects of a natural nature. In the process of such an influence, the blocks quickly become unusable.

If measures are not taken in time, the walls will crack, and cold will pass through the holes formed. One of the available methods that allow timely protection from external influences is the restriction of air access to the base. For such purposes, the surface is plastered.

Recommendation! To build a house from foam blocks, it is important to take care of the correct ratio of the thickness of the layers from the outside and inside. Moisture and air should not pass through such a shell. If the necessary conditions are not met, the walls can warp and become unusable, and fungi and mold will quickly appear from the inside.

Cinder blocks can bring another nuisance: at the time of construction of the structure to a height of more than 2 m, the wall may fall or completely fall apart. Such phenomena can be observed as a result of incorrect calculations or hasty actions of builders. At the time of completion of work, it is important to finish the walls from the outside and from the inside due to the fact that the foam concrete bases do not have a very beautiful coating that needs to be adjusted.

As exterior finish almost all building materials are suitable for foam concrete floors, because these products are soft, which allows you to mount any cladding on them. It can be facing bricks, siding, wood, clinker tiles, drywall, thin-walled plaster.

Traditionally, cement is not used for the installation of such houses, but glue, which is very economical. Only 3 mm of the applied composition will provide reliable adhesion to the surface.

For the construction of walls from foam blocks, you should use such devices as:

• Master OK;
• level, plumb;
• mallet;
• sanding paper;
• material;
• cement and sand.

Installation steps

Training.

The construction of cinder-block buildings implies not only installation work, but also surface preparation.

First, a plan is drawn up, with which you can easily determine the number of products used. The project will help to identify those areas that cause certain difficulties during the installation process, distribute communications, windows and doors in the desired sequence.

Next, you can buy materials and insulating coatings. After that, soil preparation should be carried out: dig a pit of the right size for the foundation. If loose soils are present on the site, it is necessary to build a pile support.

Recommendation! When choosing between cement mortar and adhesive, it is important to understand that the second option is distinguished by a thin layer and good adhesion to the surface. As a result of the use of such a composition, the appearance of cracks is reduced to zero.

Building a foundation.

The foundation for a small house looks like columns built of bricks. Logs are placed on top of them, after which the subfloor is laid. It is not recommended to use cinder blocks for the construction of such supports.

Given the fact that the foam block house has a small area, in addition, the material itself is lightweight, in this case, strengthening the foundation is not required. It will be enough to have a tape support 40 cm wide without reinforcement.

Here it is important to make a sand embankment under the foundation 30 cm high. The structure support itself should be located at a depth of 5 cm below the soil freezing line. So, for a building of 6x6 m the best option will be 70 cm. Such work is done during the day.

Before starting construction work, you should study the originality of the soil of the area. Such events will allow you to choose the right method of construction and the necessary building materials. After the foundation has been built, it should dry out within 2-3 months, after which you can begin to build walls. Here it is very important to monitor the evenness of the first rows, which will facilitate further work.

Building walls.

The recommended wall thickness is 30 cm, one row of blocks will be enough to provide the building with heat. This material should be laid immediately on the finished foundation, covered with a layer of roofing material and leveled with cement mortar.

Expert opinion

Filimonov Evgeny

Professional builder. 20 years of experience

Ask an expert

Attention! The installation process starts from the corners of the structure

To begin with, the highest point is selected, the first row of blocks is laid out on it. Focusing on it, a cord is pulled along which the following blocks are equal. The impeccability of the coating is periodically checked by the level. The cement mortar is placed on the base and on individual parts of the product. Excess composition is removed with a mallet. Defects and uneven areas are polished with special paper. Debris and dust after such finishing should be carefully swept away.

Approaching the construction of load-bearing walls, it is worth noting that their height will be 3 cm lower than other structures. This will help to significantly reduce the load on them. Existing gaps are covered with plaster.

A well-chosen layout will help reduce the number of load-bearing walls in the building or will contribute to their complete rejection.

Since the area of ​​\u200b\u200bthe house is small in size, openings must be made of appropriate sizes. Often they are trimmed with wood. Do not forget that this material is plastic and easily changes under the influence of external indicators. Therefore, the end parts of their beams must be insulated from moisture.

Roof construction.

This important stage of work does not tolerate savings. The roof must be built in accordance with the rules of construction with high-quality ventilation. Among modern materials, convenient for covering the roof, ondulin is suitable. It is inexpensive, strong and outwardly attractive.

The foam block house has fairly strong walls. They freely withstand the mass of roofing rafters made from any raw material. For such roofs, waterproofing and warming measures are carried out. Ceilings between floors are made of wood. Concrete plates are not used here because of their heavy weight, which can lead to breakage of the walls.

External finishing.

The construction of houses from the foam block ends with the facing of the building.

As materials for such decoration use:

• plaster with special compositions intended for foam blocks;
• siding with a layer of mineral wool;
• facing brick;
• natural and artificial stone;
• composite panels of high strength.

As materials intended for interior decoration, apply:

• plaster;
• lining made of wood;
• drywall.

All types of cinder blocks are attached to the walls finishing materials, their walls are soft and easy to drill. To make a hole for switches and sockets, an electric drill and a special nozzle for it are taken.

Construction of reinforced houses

In the process of building small-sized houses, a peculiar technology is used. It boils down to the fact that reinforcement is not required here. In the construction of large-sized buildings, everything is different. In this case, you simply cannot do without it: the blocks will not be able to withstand a heavy load, as a result of which the walls may crack.

The considered technology for the construction of small-sized houses will allow you to create a structure that will delight you with warmth, coziness and comfort at any time of the year.

Based on materials from the site: fb.ru, master-rus.ru, openoblokah.ru, beton-house.com, stroy-materialy.com, ostroymaterialah.ru

5794 03/08/2019 6 min.

Foam blocks are a modern and highly demanded building material. This joint development of engineers and manufacturers has an inexpensive cost, allows you to build a structure in the shortest possible time, is safe from an environmental point of view, reliable and durable at the same time.

There is nothing surprising that more and more people are building houses and summer cottages from this material. In the article, we will look at the popular projects of foam block country houses, find out what nuances there are when using this material.

Description and features

Foam blocks are good because they have a decent size, allowing you to build a building in a very short time. This makes the construction process fast, and at the same time quite simple.

In general, no other building material can be compared with houses made of foam blocks in terms of the speed of construction. In one summer, you can build a country house, and in the fall you can already celebrate housewarming: with foam blocks, this is quite a common situation.

A big plus of the material is that immediately after the construction of the box at home, you can already start installing communications and interior decoration.

The production of foam blocks is an elementary, simple, but at the same time very interesting process. To prepare this building material, the cement mortar is mixed with sand and water, supplementing all this with a special foaming agent. The last component gives the finished material a specific porous structure. But how the construction of a bath from foam blocks takes place, and how this happens, you can understand by watching the video

On the video - how to build a country house from foam blocks:

The weight of one block is about 25 kg. It should be noted that this is a rather voluminous element. One block has the following standard parameters: 20x30x60 cm. Based on these figures, you can accurately calculate how many blocks will be needed to build a house of any area. Keep in mind that it takes approximately 8.3 blocks to build one square meter of wall.

Foam blocks are fastened not to cement, like bricks, but to a special glue that securely and firmly holds the wall elements in the same plane.

Pros of foam blocks

Let's find out what advantages this unique building material has.

Foam blocks are inexpensive, which is very important at the present time. Of course, it is recommended to purchase this material with a margin of about one third due to its some fragility, but even in this case, foam blocks are beneficial.

Blocks weigh a little, which facilitates the construction process. In addition, this advantage does not create a strong load on the foundation. Due to the fact that the foam blocks are of decent size, the construction process is proceeding at a fast pace.

The material is easily processed: it can be cut, sawn, hewn, giving the necessary shape.

On the video - the advantages of foam blocks:

Foam blocks are environmentally friendly, safe for health, do not cause allergies, maintain an excellent microclimate in the building. They contain only water river sand and cement.

Due to the porous structure, the blocks contribute to excellent thermal insulation. country house. In addition to this most important characteristic, foam blocks also protect the interior from external sounds.

The speed of building houses from the foam block is really unique. So, a pair of working hands will cope with the erection of an average size country house from foam blocks in one summer.

Due to its lightness, the material does not need a solid foundation, which reduces the cost and speeds up the construction of the building. Building a house from foam blocks is like playing a real-time constructor.

A country house made of foam concrete is very easy to finish on the outside. After the erection of the walls, the workers receive a ready-made flat plane, which only needs to be painted. If there is a need and desire for a more thorough finish, then you can easily finish the outer walls of foam blocks with siding, clapboard, panels, block house. Blocks have standard sizes and accurate, regular geometric shape, very convenient for construction.

Minuses

To complete the picture, it is also necessary to familiarize yourself with the shortcomings of the material.

Foam blocks are quite fragile - this is their main drawback. They easily crumble, break, break and deform when dropped. This is precisely the reason why when buying material it is recommended to purchase immediately a third more than the required amount.

The material is highly susceptible to water damage. Therefore, it is recommended to sheathe the house with protective material from the outside, as well as provide the building with high-quality waterproofing.

Blocks are not the most durable building material. It is guaranteed to serve 50 years, and then - how lucky: it all depends on external conditions, compliance with construction technology, accuracy of operation, tightness of the protective sheathing.

On video - possible cons material usage:

Due to the large volume of blocks finished building it turns out quite "clumsily" executed, rude. From this material it will not be possible to make small, elegant details. However, the problem is largely solved by the final outer skin of the house: it can be siding, lining, decorative rock, another interesting material.

House projects

House 6x8

A country house made of foam blocks with such parameters is a rather popular project. Such a compact house will not take up much space on the site, but the saved usable area can be given under the beds with vegetables and berries.

As a rule, projects of houses with an area of ​​​​6x8 are distinguished by their simplicity of design, the absence of “bells and whistles” and decorative excesses. Elements such as a terrace, attic, balconies, bay windows and others are rarely used in this case due to the need to save space.

But despite its small size, on an area of ​​​​48 m2, you can equip a space that is quite comfortable for living. And modern developers have come up with many projects of such small foam block houses, which provide all the necessary functional premises. What an extension to a wooden house made of foam blocks will look like can be seen in the photo

On the video - a country house made of foam blocks 6x8:

Such a structure can be made in different architectural solutions, because of which the cost of construction can vary significantly. Therefore, choose a project, based, among other things, on financial considerations. If you are building cottage, but you plan to subsequently build on an attic or second floor, lay the required level of load in the foundation in advance.

What they look like, and how difficult it is to build such a structure, this article will help to understand.

What types of foundation for a foam block house are the most popular, and how they look, can be seen in the photo

Size 8x12

A house made of foam blocks with such parameters is a modern and profitable solution housing issue. A large family can comfortably accommodate on a decent size of the area: there is enough space for personal premises, and for general, and for household ones.

An 8x12 house made of foam blocks will cost much less than a brick one, and it will even surpass it in terms of heat-insulating properties.

In a house made of foam blocks 8x12, you can arrange a completely comfortable life. The material allows you to maintain a wonderful microclimate in the premises, the walls breathe. The environmental friendliness of foam blocks is beyond doubt, and has been scientifically proven by many tests. In this regard, blocks are superior to bricks, which often add various suspicious, untrustworthy additives. But, and how to do it correctly, this article will help you understand.

Size 8x12

Typical projects of houses 8x12 from foam blocks are developed taking into account climatic zones and soil features in these areas. Such a building contains all the necessary functional premises. Usually this:

• bedrooms (up to three separate rooms);
• large common room-living room;
• comfortable spacious kitchen;
• bathroom;
• storage room.

Without a doubt, various projects include a different number of rooms and differ in different layouts. The choice is really large: it is possible to choose the ideal project for a house in each case.

Now many residents of megacities are acquiring suburban land plots near open water bodies in order to build a cottage there and have the opportunity to relax almost in nature.

6×6 foam block houses are a personal choice for those who want to get comfortable housing without spending a lot of money. The resulting living space is quite enough to accommodate several adults or a small family.

House of foam blocks 6 × 6: the advantages of building

For some reason, with the phrase Vacation home many represent a cottage made of wood or a building erected using the frame construction method. A 6×6 foam block house is an excellent choice, as it gives its owners many advantages:

• The cottage is a capital building, the service life of which exceeds a hundred years.
• With the right approach to the work, the building retains its original technical characteristics throughout the entire period of use.
• A 6×6 country house allows you to create full-fledged living conditions, with the placement of a bathroom, kitchen and bedroom / living room.
• There is the possibility of arranging a fireplace, stove for cooking. Moreover, ordinary firewood or coal can be used as fuel for them.
• A country house made of 6 × 6 foam blocks is built in a much shorter amount of time than when used as a brick material. The reason for this is that the size of the SME exceeds that inherent in the analogue.
• A house made of foam blocks 6 6 requires less money, which means it saves money. In addition, in the future, the cottage will require not such high heating costs than when it comes to frame construction.
• There is the possibility of creating a layout that fully satisfies the requirements of the owners. It can be either a studio house or a multi-room apartment. An excellent choice for a young family with children, as it is divided into a children's room and an adult bedroom.

A modern house made of foam block size 6 6 allows you to carry out almost any facade decoration. In addition, this also applies to the choice of roofing. Metal tile looks good soft tiles, bituminous corrugated sheet, etc. The total mass of the building allows you to reduce the cost of arranging the foundation, to make its design simpler.

House of foam blocks 6x6: the price of a cottage is available to almost everyone

Construction cost consists of a large number various factors that may vary depending on each other. There are the following components that have a significant impact on the estimate of a 6 × 6 foam block house: the price of land work, the delivery of building materials, and the performance of certain types of work.

It should be noted that ordering the construction of a turnkey cottage will ultimately cost much less than if you look for contractors specializing in one thing.

The reason for this is that large construction companies the work process is debugged to the smallest detail. The price of a foam block house with an area of ​​​​6 × 6 meters will be lower, if only because the company has signed long-term contracts for the supply of building materials. Of course, with large purchases, their cost will be much lower than in retail. There are many other nuances that have a significant impact on the final cost of building a country cottage. It is quite difficult to understand all the intricacies without experience in performing work, special education. Therefore, it is better to entrust it to professionals.