Wooden frame house in Saratov. Turnkey frame house
More and more builders are looking for ways to make the construction process faster and more economical. Frame houses will be an excellent solution to these problems!
Frame houses are often called “lightweight buildings”. But don't let these words fool you. Like the skeleton in your body, these graceful structures are incredibly strong and durable.
Frame technology has gained worldwide recognition and today has become the norm in many parts of the world.
Let's give some numbers so as not to be unfounded:
- More than 70% of citizens developed countries live in frame houses.
- In North America frame houses make up 90% of all low-rise buildings.
- It is also the most popular type of building in Scandinavia, not least due to its exceptional adaptability to cold climates, in which houses must be built as quickly as possible, be energy efficient and provide year-round comfort to their occupants.
Technologies for constructing frame houses
On the North American continent already mentioned above, frame houses have long become mainstream. It was from there, from the snowy expanses of Canada, that the name “ canadian house", which, in essence, means a building made of SIP panels installed on screw piles.
In general, in America it is not so easy to build your own house on your own. There, the person who dares to do this will have to properly experience the bureaucracy reigning in those parts. Therefore, most often, large construction companies do this. They buy up huge plots of land, divide them into many sections and then bring pre-cut panels to them to build “frameworks”.
The Scandinavian countries, on the contrary, are very similar to us in this regard. The owner of a residential plot himself decides where and how to build his house. The only difference is that frame houses in Scandinavian countries are not built directly on site, as in Canada, but are produced according to a given plan in a factory.
In general, in terms of performance, Canadian and Scandinavian technologies are practically no different. Canadians use synthetic materials in the manufacture of SIP panels, while Finns prefer everything natural.
Frame houses in Engels and Saratov
Construction frame houses in Saratov and Engels- the main direction of our activity.
Frame house Full construction We build in a short time. We have ready-made ones of different heights. We can also develop a unique frame house project for you and carry out its construction.
Frame houses have a number of advantages. Here are the main ones:
Construction speed
By definition, a brick house cannot be built quickly. If you can’t wait to finish construction as quickly as possible, a frame house is ideal for you, since such houses can be assembled in just a week, or even less, depending on the construction.
As soon as the frame house is erected, you can immediately begin work on it, without the need to dry out the building and engage in preliminary leveling of the walls, as is done when building traditional houses.
Thermal insulation
In this area, frame buildings are the undisputed leaders. The excellent thermal insulation of these houses is mainly due to the precise fit of the components. In addition, it is much easier to install insulation between multilayer partitions!
A few words about the susceptibility to rotting and fire. It's amazing how many people are still confident that their new frame house will interior decoration will be subject to decay and fire to a greater extent than a house made of brick or block materials.
We hasten to please you! Modern building codes regulate very strict rules regarding the fire safety of wooden structures. Fire is no longer a problem.
We agree with this and Insurance companies in those countries where frame houses are the main type of residential buildings. According to their data, houses made of wood frames have even lower fire statistics than houses made of traditional materials.
It is also enough to remember that some of the most ancient buildings that have survived to our times were built of wood.
What do we end up with?
If we throw out of our heads all the prejudices associated with the early implementations of frame buildings, then the bottom line is that we will get an accessible, reliable, quick to implement and, at the same time, inexpensive construction technology that will get rid of all childhood diseases.
Why not your dream home?
Frame house price
And the price for building a frame house will pleasantly surprise you. You can familiarize yourself with the “basic configuration” of our company.
and get
FREE CONSULTATION
from our specialists!
Do you dream of a spacious family cottage or a cozy country house? Construction company"Muromets" will build for you a functional turnkey frame house with excellent performance characteristics. Our specialists will efficiently and quickly complete the entire range of work, from project development to finishing and connecting communications. With us, the dream of your own home will become a reality.
Features and advantages of frame houses
Almost 50% of private houses in Europe were built using Finnish construction technology - frame. The popularity of this method of house construction is due to the high reliability and durability of the resulting structures, as well as their excellent energy-saving characteristics. According to experts, houses built using Finnish frame house construction technology can withstand a small earthquake and large temperature changes.Experts include the collection of ready-made wall partitions and ceilings directly at the construction site as the main features of frame house projects. At the same time, the reliability of the entire structure is ensured by the Finnish crossbar, which runs through the entire length of the walls and diagonal jibs. In addition, the walls of the house are a “layer cake” of OSB boards, insulation, vapor and waterproofing materials, internal and external cladding, which guarantees impeccable thermal insulation. According to the observations of specialists during many years of operation of frame houses in Russia and Europe, the advantages of this construction technology include:
- minimum construction time (2-3 months for all stages of work);
- the possibility of carrying out construction work in winter and without hiring special transport;
- absence of wall shrinkage process;
- ease of installation of the structure, etc.
- environmental friendliness;
- low cost and high durability;
- reliability and durability;
- economy (allows you to save energy resources);
- high sound and heat insulation;
- maximum comfort, both in winter frosts and summer heat.
With so many advantages of frame houses, the price of their construction is more affordable than buildings made of brick or even foam concrete.
Why is it worth building a house with us?
Qualified specialists of the Muromets company will help you understand the features of frame houses and decide on the design of your future home. Even at the design stage, they will take into account the climatic features of the area, soil characteristics, as well as the desired number of storeys of the house, and draw up a clear and detailed construction estimate. Frame houses, the projects of which we have already completed and the prices for them can be seen in our portfolio.
The construction of houses is carried out exactly on time by experienced craftsmen using materials that have the necessary quality certificates. All technological processes are carried out in accordance with the approved SNiP and taking into account the individual characteristics of the project. Building a home with us is simple and profitable. The installed piles or cast-in-place monolithic pillars should rise at least 30-40 cm, and the strip pillar – 50 cm above the soil level.
This frame house under a straight roof with an area of 93.7 sq.m. designed for year-round use.
The decoration of the facade is a spacious terrace measuring 9 m2. At the entrance there is a vestibule that helps retain heat during the cold season.
At 18 sq.m. The living room contains places for relaxing and receiving guests and a staircase leading to the second level. A 6 m2 bathroom allows you to install a full bath.
Kitchen 9 sq.m. combines the functions of a dining room. From the kitchen you can get to the boiler room, but the boiler room also has a separate entrance to ensure fire safety.
You can place a wide bed in the bedroom area.
The attic space is divided into three isolated rooms. From the hall you can access the bedrooms. They have the same dimensions and layout - one window, 13.5 m2. There is space for a double bed and a work area.
In this project, all the details for a comfortable life have been thought out.
Base strapping
Sexual lags
Strength frame of external walls Racks, belts, upper wall trim are made of unplaned boards with a cross-section of 40x100 mm (natural humidity) with a pitch of 600 mm. The braces are made from unplaned boards with a cross-section of 40x100 mm (natural humidity). The wall frame is insulated with 100 mm KNAUF Insulation mineral wool slabs (or equivalent). A windproof membrane “Izospan A” (or an analogue) is installed outside the house, and a vapor barrier “Izospan B” (or an analogue) is installed inside. The walls outside and inside the house are sheathed with softwood clapboard, 14-17 mm thick (chamber drying) through a counter-batten - unplaned board with a cross-section of 20x50 mm (natural humidity). The wall frame is assembled with nails.
Floors A block with a cross-section of 40x50 mm (natural humidity) is nailed into the lower part of the floor joists. A subfloor made of unplaned edged boards 20-25 mm thick (natural humidity) is laid on it. 2nd grade. A windproof membrane “Izospan A” (or equivalent) is installed on the subfloor. The floors are insulated with 100 mm KNAUF Insulation mineral wool slabs (or equivalent), and Izospan B vapor insulation (or equivalent) is installed. To install a clean floor, dry, planed, tongue-and-groove boards 36 mm thick (chamber drying) are used. Attached with self-tapping screws. If the project provides for an attic or second floor. Floor in the attic or on the second floor, tongue-and-groove floorboard 36 mm thick (kiln dried).
Height of 1st floor
Attic floor height
Ceiling beams
Ceilings Vapor insulation “Izospan B” (or equivalent) is installed on the ceiling beams. The ceiling is hemmed with coniferous lining, 14-17 mm thick (chamber drying), the lining is fastened with galvanized nails (not in patai), and insulated with 100 mm KNAUF Insulation mineral wool boards (or equivalent).
Rafter structure Unplaned board with a section of 40x100 mm (natural humidity), with a laying pitch of 900 mm.
Roof sheathing
Roof
Roofing material Roofing "Onduline". Color of customer's choice: (red, brown, green). A windproof membrane “Izospan A” (or equivalent) is laid under the “Onduline”.
Pediments
Window
Doors
Finishing facilities
Ladder
Foundation
Attic floor In the event that the project provides for an attic or second floor. The wall frame is insulated with 100 mm KNAUF Insulation mineral wool slabs (or equivalent). A windproof membrane “Izospan A” (or an analogue) is mounted outside the frame, and a vapor barrier “Izospan B” (or an analogue) is mounted inside. The walls inside the attic are lined with softwood clapboard, 14-17mm thick (kiln-drying).
Base strapping Made from unplaned timber with a cross-section of 100x150mm per edge (natural humidity). As a waterproofing material, roofing material is laid between the first row of piping and the foundation.
Sexual lags The logs are made from edged boards with a cross-section of 40x150mm (natural humidity), placed on edge, with a laying step of 600mm. Permissible load 300 kg. For 1 sq.m.
Strength frame of external walls Racks, belts, upper wall trim are made of unplaned boards with a cross-section of 40x100 mm (natural humidity) with a pitch of 600 mm. The braces are made from unplaned boards with a cross-section of 40x100 mm (natural humidity). The wall frame is insulated with KNAUF Insulation mineral wool slabs (or equivalent) 150 mm thick. A windproof membrane “Izospan A” (or an analogue) is installed outside the house, and a vapor barrier “Izospan B” (or an analogue) is installed inside. The walls outside and inside the house are sheathed with softwood clapboard, 14-17 mm thick (chamber drying) through a counter-batten - unplaned board with a cross-section of 20x50 mm (natural humidity). The wall frame is assembled with nails.
Strength frame of internal partitions The partitions are made from unplaned boards with a cross-section of 40x100mm (natural humidity) with a pitch of 600 mm. The partitions are insulated with KNAUF Insulation mineral wool slabs (or equivalent) 100 mm thick. Vapor insulation “Izospan B” (or equivalent) is laid on both sides. The partitions are sheathed with softwood clapboard, 14-17mm thick (kiln dried).
Floors A block with a cross-section of 40x50 mm (natural humidity) is nailed into the lower part of the floor joists. A subfloor made of unplaned edged boards 20-25 mm thick (natural humidity) is laid on it. 2nd grade. A windproof membrane “Izospan A” (or equivalent) is installed on the subfloor. The floors are insulated with 150 mm KNAUF Insulation mineral wool slabs (or equivalent), and Izospan B vapor insulation (or equivalent) is installed. To install a clean floor, dry, planed, tongue-and-groove boards 36 mm thick (chamber drying) are used. Attached with self-tapping screws. If the project provides for an attic or second floor. Floor in the attic or on the second floor, tongue-and-groove floorboard 36 mm thick (kiln dried).
Height of 1st floor Height from floor to ceiling: 2.4 m (+- 5 cm).
Attic floor height In case the project provides for an attic or second floor. Ceiling height in the attic or on the second floor: 2.3 m (+-5 cm)
Ceiling beams Unplaned board with a section of 40x150 mm (natural humidity), with a laying pitch of 500 mm.
Ceilings Vapor insulation “Izospan B” (or equivalent) is installed on the ceiling beams. The ceiling is hemmed with coniferous lining, 14-17 mm thick (chamber drying), the lining is fastened with galvanized nails (not in patai), and insulated with 150 mm KNAUF Insulation mineral wool boards (or equivalent).
Rafter structure Unplaned board with a section of 40x150 mm (natural humidity), with a laying pitch of 900 mm.
Roof sheathing The sheathing is made from edged boards 20-25 mm (natural humidity) grade 2.
Roof According to the house design (gable, broken, asymmetrical). The height of the roof ridge according to the project.
Roofing material Roofing "Onduline". Color of customer's choice: (red, brown, green). A windproof membrane “Izospan A” (or equivalent) is laid under the “Onduline”
Pediments They are lined with softwood clapboard, 14-17mm thick (kiln dried). Ventilation grilles are installed in the gables of the house (prevent the formation of condensation).
Skylights and eaves (roof overhangs) They are sewn up with softwood clapboard, 14-17mm thick (chamber drying). Overhang width: 300 – 350 mm.
Window Wooden, double glazed, solid pine, 46 mm thick. Two glasses, through a duralumin strip 3mm-10mm-3mm, the glass is hermetically sealed with silicone. The contour of the seal along the entire sash that opens. The fittings are rotatable and the kit includes screw handles. Dimensions and number of window units, according to the house design.
Doors Wooden paneled, solid pine. (The kit includes: door leaf 38 mm thick, furniture panel filling 18 mm, door frame 35 mm thick and 96 mm wide, butterfly door hinges, universal) with fittings, fastened with self-tapping screws. Dimensions and number of door blocks, according to the house design.
Finishing facilities All corners in the house, joints are sealed with plinths, window and door openings are surrounded by platbands. If the project provides for a terrace, then support pillars are installed. On the terrace, railings (planed timber 40x100mm) and carved balusters are made. The ceiling on the terrace is lined with clapboard 14-17mm thick (kiln-drying). The floor is a dry, planed tongue-and-groove board 36 mm thick (kiln dried).
Ladder In the event that the house has an attic or a second floor. The first floor and the attic are connected by a staircase (the team installs the staircase on site, it can be: single-flight, double-flight, U-shaped). The staircase is finished, the railings are carved, the balusters are turned, the starting posts are installed. Stair step width from 200 mm.
Foundation Support-column blocks (One bedside table measuring 400x400x400 mm, consists of four cement blocks measuring 200x200x400 mm, interconnected with a sand-cement mixture). Only for the construction of houses up to 6x6m in size. Price pile foundation calculated separately.
Attic floor In the event that the project provides for an attic or second floor. The wall frame is insulated with KNAUF Insulation mineral wool slabs (or equivalent) 150 mm thick. A windproof membrane “Izospan A” (or an analogue) is mounted outside the frame, and a vapor barrier “Izospan B” (or an analogue) is mounted inside. The walls inside the attic are lined with softwood clapboard, 14-17mm thick (kiln drying).
Pillar foundation on cement blocks 200x200x400 mm (one point consists of 4 cement blocks) 1,000 rub/point
Pile-screw foundation (all inclusive; pile length = 2.5 m) RUR 3,500/pile
Additional partition (frame-panel) RUB 2,500/linear meter
Additional strapping crown 100x150 mm 170 RUR/linear meter
Additional strapping crown 150x150 mm 270 RUR/linear m
Additional strapping crown 200x150 mm 370 RUR/linear m
Additional layer of insulating material KNAUF Insulation (thickness = 50 mm) 140 rub/sq.m
Replacing KNAUF Insulation with ROKCWOOL LIGHT BUTTS board insulation (or equivalent) 100 mm. 300 rub/sq.m
Replacing KNAUF Insulation with ROKCWOOL LIGHT BUTTS slab insulation (or equivalent) 150 mm. 350 rub/sq.m
Additional vapor-waterproofing layer Izospan 140 rub/sq.m
Replacement of clapboard house cladding with imitation timber 17x140 mm. 400 rub/sq.m
Replacement of clapboard house cladding with imitation logs 25x140 mm. 500 rub/sq.m
Fire protection treatment of the lower crown of the house, subfloor and floor joists 350 rub/sq.m
Treatment of the external walls of the building with protective Pinotex (customer consumables) 220 rub./m2
Additional wooden window (double) 1x1.2 m RUB 3,500/piece
Additional panel door 0.8x2 m RUB 3,500/piece
Frame-panel type toilet 1x1.2 m 10,000 rub.
Construction shed 2x3 m (insulated with 50 mm mineral wool) 16,000 rub.
Change house for crew accommodation 2.3x4 m (frame-panel) pcs. RUB 22,000
Generator rental for the construction period (customer’s gasoline) 10,000 rub.
To receive construction calculations, you need to send a house design electronically; if the house design has not yet been purchased, we can do it for you. All you need to do is send us the layout of the house and indicate the desired dimensions, and we will be able to calculate its approximate cost. Applications by email are processed promptly if you provide a return contact name and telephone number. The exact cost of work and materials is calculated individually by our specialists. In order to find out the exact scope and cost of work, you can call our specialist. After arriving at your place, our specialist will assess the condition of the property, take all the necessary measurements and draw up an estimate that will indicate all types of work and their cost.
You can find out the price of building a frame house in Saratov by contacting us by phone +7 845 291-50-15 or ask a question in writing via email [email protected].
Any of our buildings are durable and reliable. Our pricing policy is such that we indicate only the actual cost in the estimate. building materials, purchased from trusted suppliers and manufacturers with whom we have been cooperating for several years. The cost of the work itself depends on the complexity and scale of the construction - a small house will cost you less than a private mansion or cottage built according to an individual project.
Advantages of frame houses
Easily erectable low-rise frame house design good according to several criteria. A unique property of a frame structure, which no other type of house has, is that such a house can be disassembled “log by log”, quickly transported to a new place of residence and promptly assembled in its original form. A sort of home for fidgets! But this is far from his only advantage.
High speed of construction.
Low construction costs.
Light weight of the structure - no need for a massive foundation and the possibility of repairing it if necessary (the house can be raised); eliminating damage to the structure due to design errors or the fact that the soil features are not taken into account (does not cause settlement). The weight of a standard frame house, as a rule, does not exceed 20 tons.
Year-round work - you can build a frame house even in winter if the weather is favorable.
The high heating rate of the structure makes it possible to quickly warm up the house in cold weather.
A wide range of architectural forms - even the redistribution of weight in the design of a frame house does not play a cardinal role due to the low weight of the entire structure as a whole.
Fire resistance. The use of modern fireproof materials provides frame houses with high fire safety, often superior to those of houses with concrete walls - in the event of a fire, beams made of impregnated or laminated timber slowly smolder without loss of structural strength, unlike reinforced concrete structures, which immediately lose their strength properties.
Vapor permeability. Distinctive feature wooden houses at frame construction is achieved by using vapor-permeable natural insulation materials for external cladding.
Peculiarities
Today, for the manufacture of frame structures, not only traditional wood is used, but also metal - for example, galvanized metal profiles.
The selected insulation “dictates” the service life of the frame house without repairs. Thus, polystyrene foam insulation guarantees 30 years without the need for repairs, and mineral wool – up to 60 years.
Modern frame houses differ in design, thermal properties and assembly technology of finished elements. The main types of frame buildings today:
With a wooden frame and basalt insulation;
With a metal frame and basalt insulation;
Frame panels with polystyrene foam insulation;
With a frame made of high-quality laminated timber and several layers of insulation.
Flaws
An easily erected low-rise frame house structure is good according to several criteria. A unique property of a frame structure, which no other type of house has, is that such a house can be disassembled “log by log”, quickly transported to a new place of residence and promptly assembled in its original form. A sort of home for fidgets! But this is far from his only advantage.
Low thermal stability - walls are not able to give off heat when the room temperature drops or take it away in the summer heat.
Health hazard - when using the cheapest building materials (Chinese oriented strand boards with a phenol-formaldehyde binder), harm to the body of residents is likely.
Fire hazard – in case of using materials that are vulnerable to fire.
Low strength if construction technology is violated - only a specialist can build a high-quality frame house.
The “thermos” effect (high humidity) – if the rules for finishing a frame house are violated and vapor-tight insulation is used.
For the most part, the shortcomings of frame houses are due to a gross violation of their construction technology or an illiterate (wrong) choice of building and finishing materials. All these unpleasant surprises can be avoided if you order a turnkey frame house from a professional construction company. “DomStroy” will carry out fast and high-quality construction of a frame house for you, in which you will feel comfortable, while having a complete guarantee of safety in all respects. Even our most inexpensive frame houses are fire-resistant, reliable and environmentally friendly!