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This section contains projects of aerated concrete houses for every taste: country projects aerated concrete houses, projects of large aerated concrete houses with a garage, aerated concrete houses, projects of which include cozy balconies, terraces, recreation areas.
Aerated concrete houses (photos, diagrams, drawings, draft designs and videos of which can be viewed in this section) are gaining more and more popularity in 2018.
The most important quality of aerated concrete is its low thermal conductivity. Just imagine, the material is three times warmer than bricks, twice as warm as ceramic blocks, and eight times as warm. simple concrete! Gas blocks are also lighter than ceramic counterparts, so turnkey implementation times are somewhat shorter. This quality of theirs allows, under special conditions, by making the foundation lighter, to reduce the estimate of the developer's costs. The composition of the material exclusively from natural components allows us to talk about the high environmental cleanliness of private cottages built from aerated concrete. We are happy to tell you more about what aerated concrete is, what their individual characteristics are and what you should know about before using this masonry material.
Aerated concrete house plans: raw materials used
For the manufacture of aerated concrete, natural ingredients are used: cement in small quantities, a silica component (quartz sand), water and lime.
A homogeneous dough is formed as a result of mixing these components. The porization of the mixture occurs due to the reaction of lime with aluminum paste. During the reaction, many pores appear, which are distributed evenly throughout the volume of the stone. For many, the safety of aluminum for life will be important. It is best confirmed by the fact that aluminum is used to produce dishes, food packaging, etc.
Aerated concrete house project plans: block production technology
Autoclaving is the main process in the production of gas block. As a result of autoclaving, the formed gas blocks are subjected to long-term (12 hours) treatment with dry saturated steam. This steam has a temperature of 190ºС and is supplied under a pressure of 12 kg/cm2, which increases the strength properties of the material. The degree of shrinkage is reduced, the probability of concrete cracking is minimized.
After autoclaving, aerated concrete obtains uniformity in composition and properties throughout its volume. That's why residential buildings, built using this material, are distinguished by a high degree of reliability. The layout of aerated concrete house projects can be done in a variety of ways.
Ready-made projects of houses from a gas block: an advantage in geometry accuracy
Another advantage of gas blocks is their precise geometry. It is this quality that makes it possible to replace traditional mortars with thin-seam adhesive mortars with a thickness not exceeding 1-3 mm, which also makes it possible to reduce the cost of construction. In addition, thanks to such masonry, less heat leaves the house, because the area of \u200b\u200bmasonry joints that act as cold bridges is significantly reduced. Your a private house from aerated concrete will become much warmer using this new masonry technology.
We hope that many projects in our catalog will allow you to choose and buy an aerated concrete house project, which will undoubtedly become the realization of your dreams! The layout of aerated concrete houses can be developed in accordance with the wishes of the client. original design aerated concrete houses are also carried out by specialists at an affordable price.
Despite economic upheavals, the construction industry continues to grow rapidly, bringing modern market new technologies and design solutions. During construction individual houses and cottages, building material made of aerated concrete or foam concrete is often used. On the construction market free projects of aerated concrete houses, allow for short term, qualitatively and economically build the desired housing.
The building blocks used are environmentally friendly and characteristic features close to timber buildings. The houses built from them are resistant to moisture, so they do not sweat even in wet weather. Construction of houses in which wall materials are used aerated concrete blocks, are especially economical and beneficial in the construction of cottage and private country houses.
Ready-to-use aerated concrete blocks are an artificial building material. They are created using mixtures of lime quartz sand, aluminum powder, water and cement. Under the influence of high temperature and pressing, the material is formed into blocks from which aerated concrete buildings are built. Such building blocks have many cells, therefore they have high thermal insulation.
The density of the building material and its ability
Depending on the density of the material, aerated concrete blocks are classified:- Constructive. It is used for the construction of external walls, as well as for strengthening the ceilings between the floors of buildings;
- Heat-insulating, with a density of up to 900 kg / m 3 and is acceptable for buildings with a height of 3 floors;
- Heat-insulating density up to 450 kg/m 3 . Used as a heater, as it has a large number of air cells.
The erected houses made of aerated concrete have a small wall thickness and retain heat well. So compared to brick wall having a thickness of up to a meter, its thermal conductivity is equal to half a meter thickness of aerated concrete. At the same time, insulation is practically not used, which significantly reduces their market cost.
Today, construction organizations provide customers with a wide choice already finished projects aerated concrete buildings equipped with modern systems communications and renovation. In most cases, for their demanding clients, designers and architects will create individual solutions for private building projects at an affordable price. In the latter option, you will have to invest a lot Money. View projects of houses from aerated concrete blocks, their landscape design, as well as download drawings and other technical documentation possible on the Internet.
Increasingly, in private construction, customers are choosing new materials and technologies, refusing to build a cottage "the old fashioned way": from or. Responding to a request, our company develops standard (ready-made) and individual projects houses from aerated concrete (gas blocks). For car owners, we have options with a garage. In general, the cottage turns out to be more economical, provides more scope for imagination in terms of architecture and designer finishes. It's nice when the building pleases the eye, surprises the neighbors, and delights the guests.
From modern materials the best known are cellular concretes. They are widely used in Finland, they are able to withstand severe frosts. Our catalog architectural projects aerated concrete houses interesting solutions for the construction of cottages both in one and two floors. Among them are complex - using monolithic frame, bricks.
What is good house of aerated concrete blocks
While remaining "non-combustible", this porous building stone is almost as breathable as wood and has high strength. The production of a block of aerated concrete is possible only in the factory. It has many benefits.
- low cost, additional savings on transportation (light), rental of heavy special equipment.
- Precise geometry, which allows you to stack blocks with a minimum gap and increase resistance to cracking.
- Ease of processing reduces construction time. Aerated concrete is sawn, drilled, chiseled with simple tools.
- Good thermal insulation- the material is 2-3 times warmer than usual, which saves on heating.
- "Breathable properties". However, hygroscopicity is undesirable in a humid climate and is protected from it by the brick lining of an aerated concrete cottage.
The company's architects help to choose standard project a residential building that best meets the requirements for price, size, style.
Design documentation for a house made of aerated concrete
On the site, the future owner of the cottage can examine it from all sides, replace materials, color, calculate the estimate for construction. Making a conscious choice, as a result, he will receive just such a modern Vacation home dreamed about. When viewing any finished project with a layout and a photo from the catalog, you can notice several important details.
- Detailed study– the package of documentation includes detailed drawings: the area, dimensions of each room are given.
- Selection of building materials- they are indicated for each type of construction: foundation, ceiling, walls and roof (reinforced concrete slab, block, wooden logs).
- Exterior finish- in project documentation different possible options (decorative rock, brick, plaster).
Professionally made solutions allow you to build a house of aerated concrete technologically correct, with a guarantee of durability.
A cottage made of artificial stone is beautiful and reliable
Any, the most non-standard idea is possible. Whether it's traditional, snow white, or modern, there are nearly a thousand to choose from. ready-made solutions! From it you can build a large cottage, and a small guest aerated concrete house for summer holidays.
Using the filter in our catalog, you can easily select the style of architecture, the option with a garage, terrace, balcony. The now fashionable original layout with a second light is implemented as in spacious houses, and small size (, 116 m 2).
Buying an aerated concrete cottage project with a layout in our bureau, you get the confidence that it takes into account all the technological features of this building material.
Building a house from aerated concrete is not exactly an easy undertaking, but compared to brick or the same log house, much less effort will have to be applied. We will build a simple cottage on the .
If you wish, you can change the characteristics of the building at your discretion - you just need to master the procedure for laying out the walls, all other activities are carried out as standard for houses made of any materials.
| Characteristics of aerated concrete blocks (indicators) | Autoclaved aerated concrete (gas silicate) |
|---|---|
| Density, kg/m3 | 500 |
| Compressive strength class | At 2.5-3 |
| Frost resistance, cycles | F50 |
| Relation to moisture | Requires protection |
| Attitude towards fire | Does not burn |
| Operational thermal conductivity, W / m * C | 0,14 |
| Thickness outer wall(Moscow region), m | 0,5 |
| Monolith capability | Not |
- Band-saw.
- Drill.
- Hand saw.
- Manual wall chaser.
- Electromill.
- Scraper bucket.
- Glue cartons.
- Toothed trowel.
- Rubber mallet.
- Grinding grater (board).
We make the foundation
We mark the site
We remove everything that interferes with the site, clear it and proceed to marking. For this we use reinforcing bars and a rope.
We determine the axis of the future structure. We take a plumb line and outline the first corner of the foundation. Perpendicular to it, we pull the rope to the second and third corners of the building.
Mark the 4th corner with a square. We measure the diagonals. If the length is the same, everything is fine, the corners are the same, you can hammer in the rods and pull the rope.
Similarly, we carry out the internal marking of the base, departing from the outer order of 400 mm (the optimal width for the strip foundation).
We dig trenches around the perimeter of the house and under the future internal walls.
We prepare trenches
Find the lowest point on the site. From here we count the depth of the pit. Small house can be built on a 40 cm tape. For the rest, be guided by the design features and the site as a whole (freezing depth, groundwater level).
swarm trench
Important! The walls of the pit should be vertical, and the bottom should be even. We check this with a plumb line and level.
We lay a hole of sand on the bottom and carefully tamp it down. This pillow will help uniform distribution loads on the base in the off-season. The recommended thickness is from 15 cm.
We pour gravel on the sand and lay the roofing material.
We install the formwork
We collect it from boards, plywood and others similar materials. We fasten the elements with nails or screws.
Important! We make the formwork in such a way that it rises above the ground level by at least 300 mm.
Along the inner perimeter of the formwork, we stretch the fishing line at the level of the upper edge of the future fill.
At the same stage, we think over the arrangement of openings for the input of water supply and sewerage. To do this, we lay empty pipes in the right places and fill them with sand.
We lay reinforcement
We take rods with a diameter of 12-14 m. We tie them into a grid using flexible steel wire. Grid cells can have different size. The heavier the house, the smaller the side of the square should be. Most often, the power of the grid with cells of 20x20 cm is sufficient.
We make a grid according to the size of the trench.
Important! We leave 5-centimeter indents between the laid, walls and top of the trench, so that in the future all the reinforcement is guaranteed to be filled with concrete.
Pouring concrete
We multiply the width of the foundation by its length and height and determine the required volume of concrete. Cooking or ordering the mixture. For cooking, we use a standard recipe:
- cement - 1 part;
- gravel - 5 parts;
- sand - 3 parts;
- water - to the desired consistency.
Fill with uniform layers of about 200 mm, do not rush. We tamp each layer of filling with a wooden tamper. We pour concrete to the level of the previously stretched rope in the formwork space.
We level the surface of the pour with a trowel and pierce the concrete with reinforcement in several places. Outside, carefully tap the formwork with a wooden mallet.
We give the foundation a month to set strength. During this time, we cover the structure with polyethylene to protect it from precipitation, and in hot weather we spill it with water to prevent cracking.
We build walls
For construction in this example, we use with a tongue-and-groove structure. They are simply more comfortable to wear by hand. You can build from any other gas blocks - the order of work does not change.
Pre-cleaning upper part dry foundation from existing dirt and dust, and then cover it with a layer of roofing material.
For luggage of the first row, we use a cement-sand mortar. It dries longer than special glue, and we will have the opportunity to adjust the evenness of the laying of the row. The minimum layer thickness is 10 mm. There are no maximum restrictions. This will allow you to equalize the differences in height without much effort.
We find the highest angle - we will build from it. We take a fishing line and outline the wall of the house. We lay the first gas block. Then we set a block for each remaining corner and pull the rope between the building elements.
Be sure to check the evenness of the laying of each block. We lay out the first row of blocks around the perimeter of the house and in the places of construction of internal walls.
Important! Remember the doorways. We skip them, of course.
We take polishing and carefully grind the surface of the starting row. Further, we will do this with each stacked row. Thanks to this processing, we will be able to apply the glue as evenly as possible.
We put the second, and after it the third rows. We use special glue for laying gas blocks. We work, as on the first row, starting from the corners. We bind the rows, shifting by half the block - like brickwork. The minimum allowable value of such a shift when laying aerated concrete is 80 mm.
To apply glue, we use buckets with cloves. We set the blocks as close to each other as possible, as far as the fingers allow, and move them back to back. We check the evenness of the masonry with a level. If necessary, align the blocks with a rubber mallet. We work quickly and harmoniously, because the glue dries very quickly and it will be almost impossible to move the gas block.
Useful advice! If, when laying the opening, it was not possible to get into the length of the whole gas block, we saw off the excess with a special saw or a simple hacksaw for wood.
Armopoyas interfloor. A photo
We equip windows and window sills
In this example, the window sills have a height of 4 rows of masonry. We reinforce window openings after laying out the 3rd row. A shredder will help us with this.
In the place where the window opening is arranged, we cut 2 parallel lines. In length, they should extend beyond the boundaries of the window by 300 mm from each side.
We put reinforcement bars in the strobes and fix them cement-sand mortar. Ready! The wall for installing the window is reinforced.
Important! It is better not to lay openings for installing windows. Of course, in the future they can be cut out, but this is a waste of time and effort.
Wall laying. In the photo, simultaneously with the laying of the walls, decorative cladding brick
Making jumpers
Gradually we approached the jumpers. These structures are needed to strengthen the section of the wall above the door and window openings. Without jumpers, the structure can simply collapse.
Then the "non-removable formwork" of three rows of blocks:
1. Outside block 150 thick;
2. in the center of the block 150 thick sawn lengthwise in half;
3. From inside the block 100 mm thick.
We cut “squares” out of it, we tie reinforcing bars to them
You can either use ready-made U-shaped blocks (we glue them to the required length, install them, put reinforcement and fill them with cement mortar) or make the formwork on our own.
For the manufacture of formwork, it is most convenient to use gas blocks 10 cm wide. Blocks are fastened with glue. If it is not possible to buy 10-centimeter blocks, we simply cut an ordinary gas block into 3 identical pieces.
We glue the blocks to the required length, make 3 longitudinal ditches with a wall chaser, put reinforcing bars in them, fill cement mortar and give it a day to dry.
Jumpers are installed with the armature side down. We fill the gaps with gas blocks, if necessary, pre-cut to the desired size.
We make an armored belt
Armopoyas solid, around the perimeter of the wall
Armopoyas solid, around the perimeter of the wall
After arranging a row with window lintels we proceed to pouring the armored belt, it is also a seismic belt. The structure is made of reinforced concrete and ensures the integrity of the aerated concrete building.
We take 10-centimeter blocks and form formwork from them along the perimeter of the walls. We fill the ditch with reinforcement and pour cement mortar.
We embed metal studs for fastening into the armo-belt. We can make them from reinforcement. Even more convenient option- threaded studs. It is easier to attach a Mauerlat to them.
On this box at home is ready.
Mauerlat has already been installed. It's time to install the rafters. At this stage, everything is individual - focus on the features of the selected roof structure.
Several options are available:
Regardless of the roof design chosen, it must be equipped with insulating layers: hydro, heat and. In some cases (for example, when settling residential attic) a layer of soundproofing material is mounted.
We fix over the rafters waterproofing material. The easiest way to do this is with wooden slats. At the same time, the slats will play the role of a counter-lattice, to which the laths of the batten for roofing material will later be fixed.
Under the waterproofing, in the space between the laths of the crate, we lay the insulation. Most commonly used mineral wool. If you wish, you can choose another material (polystyrene foam, polystyrene, etc.).
We cover the thermal insulation with a layer vapor barrier film. We fasten it to with the help of wooden slats.
At the end, we put the finishing roofing. At this point, be guided by the available budget and personal preferences. Most popular materials:
- slate;
- bituminous tiles;
- corrugated board;
- metal tile;
- ceramic tiles.
Any roofing material install starting from the bottom. As a result, the sheets will be fixed so that sedimentary moisture can drain without penetrating under the roofing.
On this box of gas blocks with a roof is ready. Next, you are expected to work on the installation of engineering communications and finishing, but this is already a topic for a separate guide.
Successful work!
Video - Do-it-yourself aerated concrete house
This section presents projects of houses, cottages, baths, garages in construction technology from the two most popular varieties cellular concrete: aerated concrete and foam concrete. It is important to know that although these two building material and belong to the same class of concrete, but in terms of structure, production method and masonry technology, these are two completely different products.
Modern house made of aerated concrete PA-1644G
Total area: 164.48 sq.m. + 25.34 sq.m.
Construction technology: aerated concrete cottage.
Project cost: 32,000 rubles. (AR + KR)
The cost of materials for construction: 1,987,000 rubles *
A house that combines the motifs of an old European rural cottage and cutting-edge facade solutions, layouts and technologies. Floor-to-ceiling windows, a brick-lined facade, large stained-glass bay windows - these are the characteristics that immediately attract attention and distinguish this house from the general range of standard buildings. No less great interior layouts of this small house in a building patch. open type terrace, further hallway and wardrobe. From the hallway you can immediately go into a huge living room or turn into the kitchen. The living room is visually separated by an arch from the dining room. The dining room is separated from the kitchen, thus the smells and noises from the kitchen do not penetrate either the dining room or the living room. To the left of the living room is a large bedroom and a boiler room. The boiler room, in full compliance with the norms and rules for the operation of gas boilers, has a separate entrance from the street and a room volume of more than 15 cubic meters. Separately, I would like to say about the living room, which structurally has a second light, and it also provides a place for a fireplace. On the attic floor there are two large bedrooms and an office. The bedrooms are made in a block design, that is, for each of them there are separate bathrooms. Residents can use partitions to divide these rooms into a bathroom and a wardrobe. The finished project of a house made of aerated concrete PA-1644G is an excellent example of modern architectural design of country houses.
Detailed description of the project PA-1644G ➦
The project of a two-story house made of aerated concrete PA 154-0
Total area: 154.06 sq.m. + 25.99 sq.m.
Construction technology: aerated concrete blocks.
Project cost: 28,000 rubles. (AR + KR)
The cost of materials for construction: 1,816,000 rubles *
most popular project two-story house the most popular series of aerated concrete houses. There are eleven more options for this house in our catalog of finished projects. All of them have certain parameters and characteristics that unite them into a separate series. First, it is the simplicity constructive solutions, which allows them to be positioned as economy-class houses. This is an ordinary square in a building spot, with a simple four pitched roof and rational layouts interior spaces first and second floors. Secondly, the total area of these houses is in the range of 200-250 sq.m. Thirdly, all these houses are designed in the technology of building from aerated concrete blocks. What, first of all, is this project interesting. On the right, to the main building of the house, there is a covered terrace, which has an exit from the kitchen. Also on the ground floor there is a living room with a fireplace, separate the guest room, vestibule, large entrance hall, dressing room, bathroom and boiler room. A comfortable porch is covered with a canopy from rain. On the second floor there is a large hall, three bedrooms, a pantry, separate bathroom and bathroom. The walls of the house are lined with aerated concrete blocks 400 mm thick and external insulation is recommended. The fine finish of the facade is made of decorative plaster and artificial stone.
Detailed description of the project PA 154-0 ➦
