Frame houses with one and a half floors. Frame house of one and a half floors Frame house of one and a half floors

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A one-and-a-half-story frame house measuring 6x9 m has a total floor area of ​​91 square meters. m, the installation of a spacious terrace and a barbecue on it will make it excellent option dachas With heating installed and better insulation, this house can become an excellent year-round home for a small family of 3-4 people.

Buy or build

Having decided to build a frame house, you can find on the Internet many offers to build a turnkey house. The company's services cover everything from project creation to interior decoration of rooms. Moreover, depending on financial capabilities and personal wishes, you can order only a project or a package of building materials. When ordering construction from a company, it will be completed within the agreed time frame, in accordance with the concluded agreement.

But by undertaking to build such a house yourself, you can get several bonuses at once:

• the cost of the house will be significantly lower than that ordered from the company
• it is possible to manage the process at all stages of construction
• you can change certain parameters of the design, materials, design
• it will be possible to purchase materials of the selected quality from trusted manufacturers

Another important factor for many will be personal participation in the construction of housing. Not everyone can do it.

Projects of ready-made solutions – description, cost

Any home begins with a construction project. Today a good helper This could be the internet. Here you can easily find a wide variety of options from well-known design firms or drawings from those who built their homes on their own.

If you order work from a design office, you can get a house that will meet all engineering requirements; often the company’s services include project registration. The cost of their services is 10–30% of the project cost of the house.

When doing a project yourself, or using a ready-made one, you must

• tie it to the area,
• calculate loads on supporting structures,
• take into account sewerage and water connections, type of heating,
• coordinate the connections with utility services.

It is also mandatory to obtain a construction permit from municipal authorities and register construction in the general database. The construction of a summer cottage does not require such permits.

Schemes and calculations of construction

Having the project in hand, you can start making calculations, necessary materials. There will be several expense items:

• construction of the floor (base) or bottom trim
• frame arrangement
• roof
• wall insulation
• interior decoration
• external finishing
• tools for work

Minimum calculation of materials

It is carried out based on many indicators, such as important point There will be not only the design of the house itself, but also its location. In a warmer climate, you can use less insulation, there will be less snow load on the roof in winter, and the house is less susceptible to wind loads. All this will affect the calculation and quality of the material used for construction.

Therefore, when making calculations, you need to not only calculate the area of ​​the house, but also take into account all other indicators to the maximum. In addition, it is better to consider some components already at the stage of readiness of the base, for example, it is better to buy the number of sheets of tiles after constructing the sheathing. Below is a sample table of materials. Which will be required for the construction of a 9 x 6 frame.

Table 1

DIY construction stages

Building a house takes time, and building a frame house is simple and complex at the same time. So, here it is necessary to adhere to technology and carry out installation very accurately and carefully. Since the result will depend on the quality of the work.

• Foundation. Frame house very light, so it does not require pouring a solid, powerful foundation. Suitable here strip foundation, which is simple in design and can be done by one or two workers.

For a frame house measuring 6x9, a foundation 50 cm deep and 30 cm wide is sufficient. 20 cm of fine crushed stone is poured into the bottom of the trench, formwork for concrete is arranged, and then reinforcement for the bundle is tied. You can pour the foundation.

When pouring, you need to remember two rules:

1. First: you need to pour well-mixed and fairly thick concrete
2. Second: this needs to be done in two steps: pour half, let it harden a little, and only then finish the work.

DO NOT FORGET to install pipe outlets: water, sewerage, heating. So as not to hammer the monolith later.

The formwork is removed when the concrete is 70% dry, this is after 10-14 days. After pouring, the foundation should stand for 1 - 1.5 months.

• Base (bottom trim) Framing beams and insulation are laid on the foundation. It is tied to the foundation with anchor bolts. Logs are laid on the timber. The step should be 40 cm. To check the condition of the foundation and subfloor, you can install hatches. The logs are covered with basalt slabs, and on top of OSB - with slabs. It is advisable to lay a vapor barrier between the layers.

DON'T FORGET all wooden parts of the base (bottom trim) must be treated with an antiseptic (Sinezh).

• First floor frame they are made of timber or double boards and attached to the strapping beam with the help of anchors.

Corner vertical posts, and the entire structure is attached to the strapping beam with galvanized corners and anchor bolts. The ceiling beams and the second floor soffits are also attached. Be sure to very accurately align the corners and mount the posts at right angles.

Here you need to stock up on a winch. A wall is built on the base or other flat area, taking into account window and doorways, and then using a winch they install it in place. It’s a good idea to install spacers between the posts, two at the bottom and two at the top. These simple partitions will add rigidity to the entire structure and will serve as additional support for the insulation.

The racks are installed in increments of 50 cm. Knowing in advance what type of mineral wool was purchased, you can install the racks so that the slabs do not have to be cut, for example 55 or 45 cm. But this must be done without compromising the rigidity of the structure; the step must be absolutely symmetrical in order to maintain the impermeability of the walls to cold and moisture.

• Overlapping the second made in the same way as the base structure.
• The frame of the second floor is similar to the first. A special feature will be the arrangement of beveled racks that need to be fitted to the rafters. They can be trimmed after trying them on. Accuracy and symmetry are also very important here.

When constructing an attic, it is better to make the roof of the house and the roof of the attic at different levels. This will make the job much easier. When attaching attic racks, you can measure each one separately to a specific location. This will take more time, but will make it possible to do the work accurately, which will subsequently affect finishing works and ultimately on the warmth of the building.

• Roof. The installation of rafters has only one feature - height. Rafter pitch 0.8 - 1 m. B middle lane In Russia, the slope is arranged at an angle of 30 0. The thickness of the rafters is 150x200 mm, the thickness of the mauerlat (base) is 150x150 mm.

The calculation of metal tiles must take into account the finishing area and waves of the connection. It is recommended to calculate for each side separately based on the already made sheathing. A roof made of sheets with different waves looks good, especially if there are several slopes and levels. When calculating the number of sheets, you need to calculate their placement so that you need to cut as little as possible.

A 50x50 mm beam is laid along the rafters, a lathing is made horizontally from a 2.5 cm board, and then waterproofing is made from roofing felt. Metal tiles are attached to the top. Instead of a ladder, you can use boards attached to the rafters.

When installing a roof over the terrace, the slope from the attic roof should extend onto the roof of the terrace - this contributes to greater tightness of the structure and will not allow water to get under the joint.

By laying insulation between the rafters and sewing it underneath with OSB, you can get additional insulation.

Frame sewing. The wall of a frame house consists of insulation laid between the frame studs, sewn on both sides with OSB with vapor barrier and wind protection. And only on top of this structure is internal and external finishing done.

The following is used as insulation:

• mineral wool, the density of which is in the range of 30 - 50 kg / cubic m. It is fire resistant, but loses to foam plastic in insulation properties
• fiberglass, which practically does not burn, its density should be in the range of 17 - 20 kg / cubic m, it retains heat better than mineral wool
• Styrofoam density from 25 kg/cubic m – retains heat well, but has low fire resistance
• or denser but less warm extruded polystyrene foam with a density of 20 – 35 kg/cu m

Any option used as insulation, subject to the markings and installation rules, will be an excellent barrier to the cold.

The insulation is laid between the posts, trimmed if necessary, and foamed at the joints. It is better to lay the sheets in 50 mm layers with overlapping seams, which will avoid cold bridges.

The thickness of the insulation should be in the range from 100 to 250 mm. How colder than winter, the larger the layer.

• External waterproofing and wind protection is arranged using a special superdiffusion membrane. Its vapor permeability must be at least 800 g/sq.m. m. Sometimes ordinary film or polyethylene is used for this. But it is worth remembering that they have lower rates of up to 40g/sq.m. m. The insulation must breathe. The dew point of the house is exactly there, and the film will not do its job well.
• Lathing made of planks or wooden slats laid on the insulation and serves as a barrier, a gap between the insulation and OSB boards. Step size 30 x 50 or 30 x 40
• For external stitching OSB is most often used. Here you can also use DSP, SML or a regular board. This is the so-called rough lining, which will then be finished. Which can be done using a board, artificial stone or siding.

When attaching OSB bottom trim the sheet must cover completely, the piping of the second floor should be covered with sheets evenly from the first and second floors. They should converge approximately in the middle. The sheet covers door and window posts completely.

There should be a gap of 4 - 5 mm between the sheets at the joints, so that the plates do not warp.

Fastening is carried out at a distance of 9-12 mm from the edge in increments of 15 - 20 cm at the joints of the plates, 10 cm inside and 30 cm on flat areas. For fastening, self-tapping screws with a diameter of 4.5 and a length of 50 mm are used.

Consists of installing a vapor barrier and covering the walls.

• The vapor barrier is attached to the frame posts using a construction stapler. There must be an overlap of 10 - 15 cm. All joints of the vapor barrier must be taped with construction tape. The insulation itself does not absorb moisture, but wooden frame very sensitive to it. Therefore, it needs to be protected to the maximum.
• Interior wall decoration is carried out using plasterboard or OSB- slabs, MDF panels are often used. Here's what to remember:
• OSB is susceptible to moisture and is not recommended for use in the kitchen. But their smooth surface will be a good basis for wallpaper.
• MDF panels are not afraid of moisture only if they are laminated. In all other respects they will require additional protection– processing with special mixtures and formulations.
• drywall will repeat all the flaws of the builders and the frame. Interior plaster is possible only through it.

When installing the interior trim, you can install it so that the pipes and wiring are hidden in the walls. To do this, you need to take care of it in time.

Any house requires maintenance, and a frame house is no exception in this regard. When arranging a house with your own hands, you can make several removable panels in the walls and hatches in the floor, which will allow you to monitor the condition wooden parts structures and, if necessary, repair built-in plumbing, fight rodents.

Very careful compliance is required fire safety, installation of hoods and reliable fastening details.

High-quality finishing of the external wall is important, which will keep the frame in a dry condition.

A frame house built with your own hands will look the way the builder wanted, it will become cozy home and a source of pride for the owners, will allow you to get what you want with the least financial outlay. A warm, comfortable and safe home is worth the investment.

*-The indicated price includes materials, delivery within 400 km from our production and construction of a frame house by Russian carpenters.

• Strapping - timber natural humidity(spruce/pine AB) with a section of 150*100 mm. Along the outer perimeter the strapping is laid in two rows. The timber is treated with an antiseptic.
• Floor joists – natural moisture board (spruce/pine AB) with a section of 100x40 mm, with a pitch of 600 mm
• The subfloor is a board of natural humidity (spruce/pine AB) with a section of 19/22*100/150mm. Vapor and waterproofing – NANOIZOL S
• Floor insulation - KNAUF/URSA mineral wool, 50 mm thick. Vapor barrier - NANOIZOL "V".
• The finished floor of the first floor is dry tongue and groove batten(pine B) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• External walls and gables - frame made of timber (pine B) with a section of 40x75mm. Assembly on construction, black nails.
• Insulation of walls and gables - ROKVUL basalt slabs, 50 mm thick. Vapor barrier - NANOIZOL V.
• Internal lining walls - lining (pine B) 12.5*88mm. Counter rail - 10*30 mm. Ventilation gap- 10 mm.
• Partitions - frame made of bars with a section of 40x50mm. The cladding of the partitions is lining (pine B) 12.5*88 mm, along the racks.
• Clear ceiling height of the first floor (from floor to ceiling) - 2.20m
• Ceiling lining - lining (pine B) 12.5*88 mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
• Floor insulation - KNAUF/URSA mineral wool, 50 mm thick. Vapor barrier - NANOIZOL V.
• The attic floors are dry tongue-and-groove floorboards (pine B) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• The cladding of the walls and ceiling of the attic is lining (pine B) 12.5*88mm. Sewn along the rafters through the Nanoizol V membrane.
• Insulation of attic walls - ROKVUL basalt slabs, 50 mm thick. Vapor barrier - NANOIZOL V.
• Attic partitions (if any) - frame made of bars with a section of 40x50mm. The cladding of the partitions is lining (pine B) 12.5*88 mm, along the racks.
• Rafters - trusses made of natural moisture timber (spruce/pine AB) with a cross section of 40*100/150 mm. The rafters are installed in increments of 900 mm.
• Roof sheathing – natural moisture board (spruce/pine AB) 22/25*100/150mm. Counter grille – block 20*40 mm.
• Coverage - profile sheets made of galvanized steel. Under-roof vapor barrier - NANOIZOL S.
• The eaves and roof overhangs, 200 mm wide, are lined with clapboard (pine B) 17*90 mm.
• The staircase to the second floor (for houses with an attic) is on strings made of planed timber, with steps made of floorboards.
• Doors - wooden, paneled (pine B). Size 2000x800mm. Handles, hinges. Entrance door with padlock.
• Open terrace, porch (if provided for by the project). Supports - planed timber (spruce/pine AB) with a section of 100*100 mm. The fence is planed timber (spruce/pine AB) with a section of 40*100 mm in two belts. The floor is a dry tongue-and-groove floorboard (pine B) 36mm thick. They are attached with self-tapping screws to each board. The boards are laid in 5 mm increments. Ceiling - lining (pine B) 17*90 mm.
• Sealing of corners, joints, abutments - plinth (pine B) 40/45mm.
• Finishing windows, doors - platband (pine B) on both sides.
• Delivery up to 400 km from our base in Pestovo, Novgorod region + unloading of the house kit. (https://yandex.ru/maps/10920/pestovo/?ll=35.809228%2C58.596895&mode=search&oid=1081678118&ol=biz&z=17)

• The foundation is support-column. 4 blocks 200x200x400 in a cabinet on cement screed. The cabinets are installed on a compacted sand cushion. Sand (or ASG) is provided by the customer.
• Waterproofing - roofing felt in one layer.
• Floor joists - natural moisture board (spruce/pine AB) with a section of 150x40 mm, with a pitch of 600 mm, treated with an antiseptic.
• The subfloor is an edged board of natural moisture (spruce/pine AB) with a cross-section of 19/22*100/150mm, treated with an antiseptic. Vapor and waterproofing – NANOIZOL S.
• Floor insulation - min. KNAUF/URSA cotton wool 100 mm thick. Vapor barrier - NANOIZOL "V".
• The finished floor of the first floor is a dry tongue-and-groove floorboard (spruce/pine AB) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• External walls and gables - frame made of natural moisture timber (spruce/pine AB) with a cross-section of 40x100mm. The frame is treated with ognebio protective composition NEOMID.
• External cladding walls, gables - 9mm OSB panels, moisture resistant. Wind and moisture protection - NANOIZOL A.
• Internal wall cladding - lining (spruce/pine AB) 12.5*88mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
• Partitions – frame made of natural moisture timber (spruce/pine AB) with a cross-section of 40x75mm. The frame of the partitions is treated with the fire-retardant composition NEOMID.
• Sheathing of partitions - lining (spruce/pine AB) 12.5*88 mm, along racks.
• Clear ceiling height of the first floor (from floor to ceiling) - 2.30m
• Ceiling lining - lining (spruce/pine AB) 12.5*88 mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
• The second floor is an attic (if provided for by the project). Clear attic ceiling height (from floor to ceiling) - 2.20m
• The roof height at the ridge is 1.50 m (for one-story projects).
• Insulation and sound insulation of floors - min. KNAUF/URSA cotton wool, 100 mm thick. Vapor barrier - NANOIZOL V.
• The attic floors are dry tongue-and-groove floorboards (spruce/pine AB) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• The cladding of the walls and ceiling of the attic is lining (spruce/pine AB) 12.5*88mm. Sewn along the rafters through the Nanoizol V membrane.
• Attic partitions (if any) - frame made of natural moisture timber (spruce/pine AB) with a cross-section of 40x75mm. The frame of the partitions is treated with the fire-retardant composition NEOMID.
• The partitions are covered with lining (spruce/pine AB) with a cross-section of 12.5*88 mm, along racks.
• Rafters - trusses made of boards of natural moisture (spruce/pine AB) with a cross-section of 40*100/150 mm. The rafters are installed in increments of 800 mm.
• Roof sheathing – natural moisture board (spruce/pine AB) 22/25*100/150mm. Counter-lattice – block 20*40 mm
• All wooden elements roofs are treated with fire-bioprotective composition NEOMID.
• Covering - steel profile sheets with polymer coating. Colors to choose from: RAL3005 “wine red”; RAL6005 moss green; RAL8017 “chocolate” RAL7004 “gray”; RAL5005 "blue". Under-roof vapor barrier - NANOIZOL S.
• The staircase to the second floor is made of planed timber, with wide steps. Railings and fencing in the attic made of planed timber 40*100 mm.
• The windows are wooden. Double glazing. Inward opening doors. Screw-in hinges, twist locks. Dimensions (height*width): 1200*600/1000/1200/1500mm; 600*600 mm.
• Interior doors - wooden, paneled, polished (spruce/pine AB). Size 2000x800mm. Handles, hinges.
• Entrance door - steel, insulated STANDARD.
• Open terrace, porch (if provided for by the project). Supports - planed timber (spruce/pine AB) with a section of 100*100 mm. The fencing is planed timber (spruce/pine AB) with a cross-section of 40*100 mm filled with carved balusters. The floor is a dry tongue-and-groove floorboard (spruce/pine AB) 36mm thick. They are attached with self-tapping screws to each board. The boards are laid in 5 mm increments. Ceiling - lining (spruce/pine AB) 17*90 mm.
• Sealing of corners, joints, abutments - plinth (spruce/pine AB) 40/45mm.
• Finishing of windows and doors - platband (spruce/pine AB) on both sides.
• Hardware: black construction nails, galvanized construction and finishing nails, self-tapping screws.
• Delivery up to 400 km from our base + unloading of the house kit.
• https://yandex.ru/maps/10920/pestovo/?ll=35.809228%2C58.596895&mode=routes&oid=1081678118&ol=biz&rtext=58.596895%2C35.809228&rtt=auto&z=17
• Assembly of the house on the customer's site.

• The foundation is support-column. 4 blocks 200x200x400 in a cabinet on a cement screed. The cabinets are installed on a compacted sand cushion. Sand (or ASG) is provided by the customer.
• Waterproofing - roofing felt in one layer.
• The strapping is timber of natural humidity (spruce/pine AB) with a cross-section of 150*150 mm. Along the outer perimeter the strapping is laid in two rows. The timber is treated with a protective compound.
• Zabirka is a decorative finishing of the base. Frame made of timber 40*100 mm with sheathing made of boards 22*100 mm. Flooring - profile steel sheets with a polymer coating in the color of the roof. The ebb along the perimeter of the foundation from the upper edge of the trim. Ventilation openings (vents).
• Floor joists - board chamber drying(spruce/pine AB) with a section of 150x40 mm, in increments of 600 mm.
• The subfloor is a chamber-dried edged board (spruce/pine AB) with a section of 19/22*100/150mm. Vapor and waterproofing - NANOIZOL S.
• The piping, joists and subfloor are treated with the protective non-washable composition NEOMID.
• Floor insulation – min. Knauf cotton wool, 150 mm thick. Vapor barrier - NANOIZOL "V".
• The finished floor of the first floor is a dry tongue-and-groove floorboard (spruce/pine A) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• External walls and gables - frame made of chamber-dried timber (spruce/pine AB) with a cross-section of 40x100mm. Assembly on nails using galvanized steel perforated fasteners.
• External cladding of walls and gables - 9mm OSB panels, moisture resistant. Wind and moisture protection - NANOIZOL A. The joints of the panels are closed with slats.
• Insulation of walls and gables - ROKVUL basalt slabs, 100 mm thick. Vapor barrier - NANOIZOL V.
• Internal wall cladding - lining (spruce/pine A) 12.5*88mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
• Partitions - frame made of chamber-dried timber (spruce/pine AB) with a cross-section of 40x100mm. Insulation and sound insulation of partitions - ROKVUL basalt slabs 100 mm thick.
• The partitions are covered with lining (spruce/pine AB) 12.5*88 mm, along the racks through the NANOIZOL V membrane.
• Clear ceiling height of the first floor (from floor to ceiling) - 2.40m
• Ceiling lining - lining (spruce/pine A) 12.5*88 mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
• The second floor is an attic (if provided for by the project). Clear attic ceiling height (from floor to ceiling) - 2.25m
• The roof height at the ridge is 1.50 m (for one-story projects).
• Floor insulation – min. Knauf cotton wool, 100 mm thick. Vapor barrier - NANOIZOL V.
• The attic floors are dry tongue-and-groove floorboards (spruce/pine A) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
• The cladding of the walls and ceiling of the attic is lining (spruce/pine A) 12.5*88mm. Sewn along the rafters through the NANOIZOL V membrane.
• Attic ceiling insulation – min. Knauf cotton wool, 100 mm thick. Vapor barrier – NANOIZOL V
• Insulation of attic walls - ROKVUL basalt slabs, 100 mm thick. Vapor barrier - NANOIZOL V.
• Attic partitions (if provided for by the project) - frame made of chamber-dried timber (spruce/pine AB) with a cross-section of 40x100mm. Insulation and sound insulation of partitions - ROKVUL basalt slabs 100 mm thick.
• The partitions are covered with lining (spruce/pine A) 12.5*88 mm, along the racks through the NANOIZOL V membrane.
• Rafters - trusses made of chamber-dried boards (spruce/pine AB) with a cross-section of 40*100/150 mm. The rafters are installed in increments of 600 mm.
• Roof sheathing - chamber drying board (spruce/pine AB) 22/25*100/150mm. Counter grille - block 20*40 mm.
• Covering - metal tiles. Colors to choose from: RAL3005 “wine red”; RAL6005 moss green; RAL8017 “chocolate”; RAL7004 grey; RAL5005 "blue". Under-roof vapor barrier - NANOIZOL S.
• Installation of a roof drainage system (PVC Dyoke).
• The eaves and roof overhangs, 300 mm wide, are lined with clapboard (spruce/pine AB) 17*90 mm.
• The staircase to the second floor (for houses with an attic) is on strings made of laminated veneer lumber, with wide steps. Turned posts and balusters. Figured handrail and fencing in the attic.
• Windows - PVC, white with single-chamber double-glazed windows. Dimensions (height*width): 1200*600/1000/1200/1500mm; 600*600 mm.
• Interior doors - wooden, paneled, polished (spruce/pine A). Size 2000x800mm. Handles, hinges.
• Windows and doors are installed in mounting boxes. Technological gaps are filled with polyurethane foam.
• Entrance door - steel, insulated, PRESTIGE. Size 2050*870 mm.
• Open terrace, porch (if provided for by the project). Supports - chamber-dried planed timber (spruce/pine AB) with a cross-section of 100*100 mm. The fencing is chamber-dried planed timber (spruce/pine AB) with a cross-section of 40*100 mm filled with carved balusters. The floor is a dry tongue-and-groove floorboard (spruce/pine A) 36mm thick. They are attached with self-tapping screws to each board. The boards are laid in 5 mm increments. Ceiling - lining (spruce/pine A) 17*90 mm.
• The entire building is treated externally and internally with the fire-retardant composition NEOMID. Including: external walls and gables, internal walls, floors, ceilings, hidden elements of the roof's load-bearing structure (rafters, sheathing, counter-lattice).
• Sealing of corners, joints, abutments - plinth (spruce/pine A) 40/45mm.
• Finishing of windows and doors - platband (spruce/pine A) on both sides.
• Hardware: black construction nails, galvanized construction and finishing nails, self-tapping screws, perforated galvanized fasteners.
• Delivery up to 400 km from our base in Pestovo, Novgorod region + unloading of the house kit. https://yandex.ru/maps/10920/pestovo/?ll=35.809228%2C58.596895&mode=routes&oid=1081678118&ol=biz&rtext="&rtt=auto&"amp;z=17
• Assembly of the house on the customer's site.

One and a half storey house, made according to frame technology, is not only a warm structure that protects from the cold in the most harsh winters. This is an opportunity to save money and space. Such a house has a relatively small foundation, which makes it easy to build even on a small plot.

In a one and a half story house top part incomplete because rafter system settles at a height of 1-1.5 m and reduces its height. The roof in such a building is sloping. This is a middle option between a house with an attic and a two-story building.

Advantages one-and-a-half-story frame houses

• Price. Construction costs are reduced by saving materials. Besides, frame houses one and a half floors They are relatively light in weight and do not require a capital foundation, which also reduces costs.
• Square. Due to top floor effective area buildings are increasing. As a rule, they are located on the ground floor utility rooms and a living room, on the second - bedrooms. This helps to delimit the space.
• Deadlines. Building a frame house means reducing assembly time. Even when building a large cottage, walls on a frame are assembled within a month, which makes it possible to build a house and move into it within one season.

Projects of houses with one and a half floors presented with terraces, verandas, bay windows, balconies, cuckoo windows.

Design and construction of houses with one and a half floors

Company " Timber technologies» is engaged in the design and construction of wooden frame one and a half storey houses. This section contains projects developed by our architects specifically for frame construction. They fully comply with sanitary and building regulations. Houses according to our projects can be used for summer and permanent residence.

We offer projects as small country houses up to 30 m2, and cottages with an area of ​​over 150 m2. Any of the projects can be altered to suit your requirements. To discuss possible improvements, please contact our managers.

Project K-18

• House size: 8.7 by 8.35
• Construction area: 66 m2
• Living area: 120.9 m2
• Construction period: 20 days

You can also get all the information you are interested in by toll free number 8-800-250-45-47

• Complete set of a one-and-a-half-story frame house

  1. Foundation: not included in the price of the house and is calculated separately. Installation on the customer's foundation is possible.
  2. Strapping (base) Double promotion. : made from edged, unplaned timber (100×150 mm, 150×150 mm, 150×200mm) depending on the selected wall thickness.
  3. Waterproofing: two layers of roofing felt. It is laid between the foundation and the strapping crown.
  4. Floor joists of the 1st floor: unplaned timber 40x150mm, in increments of 0.6m.
  5. Floor joists of the 2nd floor: not planed timber 40x150mm every 0.9m.
  6. Subfloor: edged board 20x100mm or 20x150mm is laid solid. The ceiling of the first floor acts as the subfloor of the attic (second) floor.
  7. Finished floor of the 1st and 2nd floor: tongue and groove board 36mm (kiln drying).
  8. Insulation of the floor of the 1st floor:
  9. Insulation of the walls of the 1st floor: mineral wool roll type Knauf, 100mm, 150mm or 200mm thick, depending on the selected wall thickness.
  10. Insulation of walls of the 2nd floor: mineral wool roll type Knauf, thickness 100mm, 150mm or 200mm, depending on the selected wall thickness.
  11. Insulation of the ceiling of the 2nd floor: mineral wool roll type Knauf, thickness 100mm, 150mm or 200mm, depending on the selected wall thickness.
  12. External walls: corner posts, belts, top harness and the braces are made of boards 40x100mm, 40x150mm or 40x200mm (depending on the selected wall thickness). The frame posts are installed in increments of 0.6 m. Finishing material mounted with a technological gap of 2 cm through the counter rail.
  13. Partitions of the 1st and 2nd floors: the belts, braces and strapping are made of 40x100mm boards. The frame posts are installed in increments of 0.8 m. Partitions without insulation.
  14. Height of 1st floor: 2.4m from floor to ceiling (finished size).
  15. Height of 2nd floor: 2.2m from floor to ceiling (finished size).
  16. Interior decoration of walls, partitions and ceilings:
  17. External finishing of walls and gables: lining coniferous species(chamber drying) grade “B”, thickness 14mm.
  18. Ventilation grates: installed in gables.
  19. Windows: wooden, double glazed, fittings and casing. Dimensions: 1x1.2m, 0.6x1.2m, 0.6x0.6m (number of pieces and window sizes according to the project).
  20. Doors: entrance and interior - paneled 800x2000mm with cashing. Doors are installed with fittings (hinges and factory-type frame). On promotion Entrance door metal.
  21. Wooden staircase (interfloor): The steps are factory made, the string is made of 90×140mm timber, the railings and balusters are turned. Type in accordance with the project: single-flight, double-flight or U-shaped.
  22. Skirting board: coniferous, nailed at the joints of the floor, walls and ceiling.
  23. Roof: the rafter system is made of boards 40x100mm or 40x150mm - with a pitch of no more than 1m from each other.
  24. Roof sheathing: from edged boards (20x100mm or 20x150mm).
  25. Roof ventilation gap: counter rail 20x40mm.
  26. Wind-waterproofing of the roof: Ondutis A (Izospan A).
  27. Pediment overhangs and skylights: up to 40cm. They are hemmed with coniferous wood paneling (chamber drying) grade “B”.
  28. Roofing: on sale Metal tiles. . Color of the customer's choice - (green, red or brown).
  29. Terrace or balcony (if available in the project): Railings with turned wooden balusters are installed along the perimeter. The floor is laid from 36mm thick floorboards. (chamber drying). The ceiling is lined with 14 mm class “B” coniferous lining (kiln-drying).
  30. Vapor barrier: floor, walls, ceiling, attic (2nd floor). Vapor barrier film on both sides, outside the frame Ondutis A (Izospan A), inside the frame Ondutis R70 (Izospan B).
  31. Entrance to the house: steps are taken at the entrance.
  32. Nails: the base and frame are assembled with metal nails, internal and external finishing is done with galvanized nails.
  33. House assembly: on the Customer's site, included in the price.
  34. Payment: first stage 70% - paid by the Customer at the time of arrival of the team from building material to the construction site and signing of the contract. The second stage is 30% - paid by the customer upon completion of all work and signing of the work acceptance certificate.
  35. Delivery: the object to the construction site for the first 500 km from production is free. Re-mileage is paid at the rate of 80 rubles/kilometer. Calculate delivery.

• Additional services for a frame house

  • Redevelopment of rooms (within the framework of the generally planned consumption of materials) - free of charge
  • Installation pile-screw foundation— 76,000 rub.
  • Replacing mineral wool with stone wool (thickness = 100 mm) - 340 RUR/m2
  • Replacing lining with imitation timber or blockhouse for external walls— 54,000 rub.
  • Fire protection treatment lower crown houses and floor logs - 19,000 rubles.
  • Installation drainage system— 26,000 rub.
  • Replacing ondulin with metal tiles - 58,000 rubles.
  • Double harness - 18,000 rubles.
  • Replacing wooden windows with metal-plastic ones - RUB 19,000.
  • Setting the input metal door— 10,000 rub.
  • Additional paneled door 0.8x2 m - 3,000 rub./unit.
  • Additional wooden window 1.2x1 m - 4,000 rub./unit.
  • Additional plastic window 1.2x1 m - 6,500 rub./unit.
  • Construction shed 2x3 m (insulated mineral wool by 50 mm) - 15,000 rub.
  • Generator rental for the construction period (customer’s gasoline) - free

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If you are picking inexpensive house For permanent residence of a small family, pay attention to a frame house with one and a half floors. With a variety of configurations and unlimited choice of living space, you can build the home of your dreams.

What is attractive about a frame house with 1.5 floors?

• the cost of construction is much cheaper than two-story house, but the owners get full rooms under the roof;
• Less materials are needed for construction, which is reflected in budget savings;
• the speed of construction allows you to move in 2-3 months after contacting our company;
• excellent thermal insulation, so it’s worth buying a 1.5-story frame house if you plan to minimum costs for heating.

The standard size of the house is suitable for 3-4 people. Externally, the architecture of the house is more attractive than that of classic two-story buildings.

Features of the construction of a frame house of 1.5 floors

Frame houses are installed on all types of soil, which makes it possible to quickly obtain housing on any available plot. New technology allows you to build a small frame mansion without waiting for shrinkage. Thus, a one-and-a-half-story frame house in St. Petersburg can be immediately sheathed and interior design can begin.

Construction:

1. An inexpensive strip foundation is laid.
2. A frame is built from dried natural wood.
3. Walls are made of sandwich panels or framed with profiled timber.
4. External cladding is being installed.
5. The walls are insulated from the inside with mineral wool.
6. The roof is being installed, the roof is being installed.

The materials that our company offers as main walls, insulation and cladding material allow us to build a frame warm, comfortable home one and a half floors at most affordable prices in accordance with current SNiP standards. We have a large catalog finished projects houses, and also offer to develop individual project With the right size rooms, layout, design.