HANGAR CONSTRUCTION IN ASTANA
and the regionfrom 23 500 ₸*/m² in 1 month*Crew labour cost
Durable and energy-efficient hangars thanks to high quality standards and oversight by engineering services at every stage of construction.
200+ successfully completed projects in 25 years of work
Online broadcast of the construction progress 24/7*
Extended warranty from 5 years
100% compliance with current
standards: SNiP, SP, GOST
HANGAR CONSTRUCTION IN ASTANA
and the region
from 23 500 ₸*/m² in 1 month
*Crew labour cost
Durable and energy-efficient hangars thanks to high quality standards and oversight by engineering services at every stage of construction.
200+ successfully completed projects in 25 years of work
Online broadcast of the construction progress 24/7*
Extended warranty from 5 years
100% compliance with current
standards: SNiP, SP, GOST
HANGAR CONSTRUCTION IN ASTANA
and the region
from 23 500 ₸*/m² in 1 month
*Crew labour cost
Durable and energy-efficient hangars thanks to high quality standards and oversight by engineering services at every stage of construction.
200+ successfully completed projects in 25 years of work
Online broadcast of the construction progress 24/7*
Extended warranty from 5 years
100% compliance with current
standards: SNiP, SP, GOST
what hangars are built for
what hangars are built for
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what hangars are built for
We will call you back within 3 minutes
arched hangars
FRAMEDmade of sandwich panels
we build hangars of two types
arched hangars
FRAMEDmade of sandwich panels
We will call you back within 3 minutes
we build hangars of two types
arched hangars
FRAMEDmade of sandwich panels
We will call you back within 3 minutes
FRAMELESS HANGARS ARE DIVIDED INTO 2 TYPES:
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INSULATED
from 30 000 KZT/m2
from 23 500 KZT/m2
COLD
FRAMELESS HANGARS ARE DIVIDED INTO 2 TYPES:
INSULATED
from 30 000 KZT/m2
COLD
from 23 500 KZT/m2
FRAMELESS HANGARS ARE DIVIDED INTO 2 TYPES:
INSULATED
from 23 500 KZT/m2
from 30 000 KZT/m2
COLD
types of hangar insulation
Our company offers several types of insulation when you order an insulated hangar
Polyurethane foam
from 30 000 KZT/m2
from 50 000 KZT/m2
mineral wool
types of hangar insulation
Our company offers several types of insulation when you order an insulated hangar
Polyurethane foam
from 30 000 KZT/m2
from 50 000 KZT/m2
mineral wool
types of hangar insulation
Our company offers several types of insulation when you order an insulated hangar
Polyurethane foam
from 30 000 KZT/m2
from 50 000 KZT/m2
mineral wool
Cost of building a hangar in Astana
Cost of building a hangar in Astana
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
STATIONARY
32 200 KZT/m2
unlimited
up to 32 metres
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
STATIONARY
37 200 KZT/m2
unlimited
up to 32 metres
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
DEMOUNTABLE
42 200 KZT/m2
unlimited
up to 32 metres
Cost of building a hangar in Astana
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
STATIONARY
32 200 KZT/m2
unlimited
up to 32 metres
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
STATIONARY
37 200 KZT/m2
unlimited
up to 32 metres
LENGTH
CALCULATE THE COSTWIDTH
23 500 KZT/m2
DEMOUNTABLE
42 200 KZT/m2
unlimited
up to 32 metres
List of works for different construction options
The price includes work and materials
Site preparation (marking out the building footprint, preparing the soil base)
Preparing the trench for the strip foundation
Installation of formwork with rebar for the strip foundation
Pouring the foundation strip with concrete using vibration
Dismantling the formwork
Preparing and installing the base for the load-bearing columns
Backfilling and levelling the floor with sand-gravel mix
Reinforcement of the rough screed for the strip foundation
Pouring the rough screed
Installation of load-bearing columns
Assembly of the building's steel frame with reinforcement and bracing
Installation of the metal roofing system
Installation of sandwich panels on the building and roof
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows
framed hangar
from 125 000 KZT/m2
Preparing the site and marking out the building footprint
Preparing and digging the soil base for the trench of the strip foundation
Installing the formwork
Reinforcement of the foundation strip
Pouring the foundation strip with vibration, foundation 1 metre high and 40 cm wide. Grade 200.
Dismantling the formwork
Coating waterproofing of the foundation in 2 layers
Backfilling the foundation strip with sand-gravel mix
Compacting the sand-gravel mix
Reinforcement of the rough screed for the strip foundation with composite rebar of 12 diameter at 150 mm spacing.
Pouring the rough screed, concrete grade 250
Assembly of the hangar structure, galvanised steel 1 mm.
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows on the end sides of the hangar above the gates, 1 m by 4.5 m.
Lighting installation: LED lighting in a single row down the middle of the hangar on a metal cable
frameless hangar
from 23 500 KZT/m2
The costs of transporting materials and of the crew's travel and accommodation to the regions are calculated individually
The calculations are approximate and may be adjusted depending on the exact technical specification and the client's wishes
The price is given for cash payment
List of works for different construction options
The price includes work and materials
Site preparation (marking out the building footprint, preparing the soil base)
Preparing the trench for the strip foundation
Installation of formwork with rebar for the strip foundation
Pouring the foundation strip with concrete using vibration
Dismantling the formwork
Preparing and installing the base for the load-bearing columns
Backfilling and levelling the floor with sand-gravel mix
Reinforcement of the rough screed for the strip foundation
Pouring the rough screed
Installation of load-bearing columns
Assembly of the building's steel frame with reinforcement and bracing
Installation of the metal roofing system
Installation of sandwich panels on the building and roof
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows
from 125 000 KZT/m2
The costs of transporting materials and of the crew's travel and accommodation to the regions are calculated individually
The calculations are approximate and may be adjusted depending on the exact technical specification and the client's wishes
The price is given for cash payment
Preparing the site and marking out the building footprint
Preparing and digging the soil base for the trench of the strip foundation
Installing the formwork
Reinforcement of the foundation strip
Pouring the foundation strip with vibration, foundation 1 metre high and 40 cm wide. Grade 200.
Dismantling the formwork
Coating waterproofing of the foundation in 2 layers
Backfilling the foundation strip with sand-gravel mix
Compacting the sand-gravel mix
Reinforcement of the rough screed for the strip foundation with composite rebar of 12 diameter at 150 mm spacing.
Pouring the rough screed, concrete grade 250
Assembly of the hangar structure, galvanised steel 1 mm.
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows on the end sides of the hangar above the gates, 1 m by 4.5 m.
Lighting installation: LED lighting in a single row down the middle of the hangar on a metal cable
from 23 500 KZT/m2
The costs of transporting materials and of the crew's travel and accommodation to the regions are calculated individually
The calculations are approximate and may be adjusted depending on the exact technical specification and the client's wishes
The price is given for cash payment
List of works for different construction options
The price includes work and materials
Site preparation (marking out the building footprint, preparing the soil base)
Preparing the trench for the strip foundation
Installation of formwork with rebar for the strip foundation
Pouring the foundation strip with concrete using vibration
Dismantling the formwork
Preparing and installing the base for the load-bearing columns
Backfilling and levelling the floor with sand-gravel mix
Reinforcement of the rough screed for the strip foundation
Pouring the rough screed
Installation of load-bearing columns
Assembly of the building's steel frame with reinforcement and bracing
Installation of the metal roofing system
Installation of sandwich panels on the building and roof
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows
from 125 000 KZT/m2
The costs of transporting materials and of the crew's travel and accommodation to the regions are calculated individually
The calculations are approximate and may be adjusted depending on the exact technical specification and the client's wishes
The price is given for cash payment
Preparing the site and marking out the building footprint
Preparing and digging the soil base for the trench of the strip foundation
Installing the formwork
Reinforcement of the foundation strip
Pouring the foundation strip with vibration, foundation 1 metre high and 40 cm wide. Grade 200.
Dismantling the formwork
Coating waterproofing of the foundation in 2 layers
Backfilling the foundation strip with sand-gravel mix
Compacting the sand-gravel mix
Reinforcement of the rough screed for the strip foundation with composite rebar of 12 diameter at 150 mm spacing.
Pouring the rough screed, concrete grade 250
Assembly of the hangar structure, galvanised steel 1 mm.
Installation of mechanical gates 4 by 4.5 metres - 2 units
Installation of windows on the end sides of the hangar above the gates, 1 m by 4.5 m.
Lighting installation: LED lighting in a single row down the middle of the hangar on a metal cable
from 23 500 KZT/m2
The costs of transporting materials and of the crew's travel and accommodation to the regions are calculated individually
The calculations are approximate and may be adjusted depending on the exact technical specification and the client's wishes
The price is given for cash payment
Advantages of building hangars with Profi-Dom
25-50 years
The service life of the hangar when building codes are observed and the structure is operated and maintained correctly
Seismic resistance of 10 points
Prefabricated hangars have a level of seismic protection comparable to that of nuclear power plants in earthquake-prone zones
Top quality class
Thanks to the use of grade C345 steel with a yield strength of 345 MPa and an ultimate tensile strength of 490 MPa
from -50°C to +50°C
Maintaining the required temperature to within 0.5°C
100% thermal insulation
Heat transfer coefficient U = 0.2-0.3 W/(m²·K), which meets modern energy-efficiency standards
Resistance to natural disasters
They withstand wind of up to 150 km/h and a snow load of up to 400 kg/m²
Advantages of building hangars with Profi-Dom
The service life of the hangar when building codes are observed and the structure is operated and maintained correctly
25-50 years
Prefabricated hangars have a level of seismic protection comparable to that of nuclear power plants in earthquake-prone zones
Seismic resistance of 10 points
Thanks to the use of grade C345 steel with a yield strength of 345 MPa and an ultimate tensile strength of 490 MPa
Top quality class
Maintaining the required temperature to within 0.5°C
from -50°C to +50°C
Heat transfer coefficient U = 0.2-0.3 W/(m²·K), which meets modern energy-efficiency standards
100% thermal insulation
They withstand wind of up to 150 km/h and a snow load of up to 400 kg/m²
Resistance to natural disasters
We will call you back within 3 minutes
Advantages of building hangars with Profi-Dom
The service life of the hangar when building codes are observed and the structure is operated and maintained correctly
25-50 years
Prefabricated hangars have a level of seismic protection comparable to that of nuclear power plants in earthquake-prone zones
Seismic resistance of 10 points
Thanks to the use of grade C345 steel with a yield strength of 345 MPa and an ultimate tensile strength of 490 MPa
Top quality class
Maintaining the required temperature to within 0.5°C
from -50°C to +50°C
Heat transfer coefficient U = 0.2-0.3 W/(m²·K), which meets modern energy-efficiency standards
100% thermal insulation
They withstand wind of up to 150 km/h and a snow load of up to 400 kg/m²
Resistance to natural disasters
We will call you back within 3 minutes
Types of hangars we assemble
Metal thickness 0,8 mm
Width
Height
10 m
7 m
Width
Height
12 m
7 m
Metal thickness 1 mm
Width
Height
12 m
7 m
Width
Height
18 m
9 m
Metal thickness 2 mm
Width
Height
12 m
7 m
Width
Height
up to 40 m
up to 20 m
Types of hangars we assemble
Metal thickness 0,8 mm
Metal thickness 1 mm
Metal thickness 2 mm
Width
Height
10 m
7 m
Width
Height
12 m
7 m
Width
Height
12 m
7 m
Width
Height
18 m
9 m
Width
Height
12 m
7 m
Width
Height
up to 40 m
up to 20 m
Types of hangars we assemble
Metal thickness 0,8 mm
Metal thickness 1 mm
Metal thickness 2 mm
Width
Height
10 m
7 m
Width
Height
12 m
7 m
Width
Height
12 m
7 m
Width
Height
18 m
9 m
Width
Height
12 m
7 m
Width
Height
up to 40 m
up to 20 m
Find out the cost and timeframe for building your prefabricated hangar in 1 minute
- 01.FIXED PRICE WITH NO HIDDEN CHARGES
The contract amount is fixed, and we bear the risk of extra costs arising from inaccuracies in the estimate or design
- 02.OUR COMPANY HAS BEEN OPERATING FOR 30 YEARS
We have been operating since 1994. Over this time we have found the best material suppliers, and bulk purchasing allows us to cut costs for our clients.
- 03.5-year quality guarantee
The warranty period is set out in the contract, as are the parties' responsibilities
- 04.strict quality control
Construction is overseen by experienced technical supervisors with relevant university degrees, certified to work in earthquake-prone areas. Inspections follow detailed checklists
- 05.A close-knit team of professionals
Designers and builders are on our staff. This saves time on coordination and keeps responsibility in one pair of hands
- 06.Help with paperwork
We will help settle all the paperwork involved in the building permit and the preparation of documents
- 07.Secure storage of materials
A temporary fence is put up for tidy storage and strict control of building materials
- 08.Online monitoring of work progress
You can watch the construction from your smartphone at any time. Provided at the client's request where technically possible
- 09.Work strictly to standards
All solutions comply with the current SNiP, GOST and other standards. We bear legal responsibility
- 10.HOUSES WITH 9+-POINT SEISMIC RESISTANCE
We use modern construction technologies: high-strength steel reinforcement, earthquake-resistant composites and design focused on seismic resistance.
hangars we have built
Develop a custom design for your hangar
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Privacy PolicyDevelop a custom design for your hangar
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+7 (777) 327-97-34Privacy PolicyDevelop a custom design for your hangar
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+7 (777) 327-97-34Customer reviews of prefabricated hangar construction in Astana
Your feedback matters a great deal to us
hangars astana
In a growing capital, your production facility, warehouse or service centre needs a reliable and functional base. But a modern hangar is not just a «box» for housing assets. It is a sophisticated technological asset that should work for your profit: minimising operating costs, withstanding intensive loads and adapting to changes in your business.
Which types of hangars are in demand in Astana and how they differ
Expert advice from Timur Yerzhanov, civil engineer: «Don't choose a solution based only on the price of the «box». Compare the total cost of ownership (CAPEX + OPEX). A cheap tent hangar will heat the street all winter, and its replacement in 5-7 years will eat up all the initial savings. For permanent facilities in Astana, invest in an insulated shell».
Sandwich panel hangars: comparison with tent structures
Parameter | LMK + sandwich panels | Tent hangars |
Service life | 50+ years | 5-15 years (depends on the PVC coating) |
Construction cost (CAPEX) | Medium and high | Low |
Operating costs (OPEX) | Low thanks to high insulation | Very high for heating in winter |
Heat loss (U-coefficient) | 0.3-0.5 W/m²·°C (excellent insulation) | 1.5-3.0 W/m²·°C (high losses) |
Fire safety | High (non-combustible insulation) | Low (combustible covering) |
Option to install a crane | Yes, up to 20 tonnes and more | No, the frame is not designed for dynamic loads |
Turnkey installation time | 2-4 months | 1-2 months |
What makes up the cost of building a hangar
Key cost factors:
Geology and foundation
The choice of foundation depends on the soil type: a monolithic reinforced concrete slab (expensive but reliable) or a pile field (faster and cheaper for stable soils). The foundation can take up 20-30% of the budget.
LMK frame
The cost of the steel structures depends directly on the span, the height to the bottom of the truss, the column spacing and the snow load. For Astana the snow load is taken as up to 180 kg/m², which reinforces the frame.
Enclosing structures
Sandwich panels with mineral wool or PU foam insulation are the main item. The insulation thickness (100-200 mm) determines the energy efficiency.
Engineering
Heating systems (air heaters, infrared emitters), ventilation (supply-and-exhaust or aerators), power supply (up to 150 kW and more for production).
Gates and dock equipment
Sectional, swing and high-speed roller gates, as well as dock shelters and dock levellers — a full set of equipment for convenient and safe loading at logistics complexes.
The evolutionary path: how the hangar industry arrived at today's standards in Astana
Today the situation has changed radically — hangar construction has reached a completely new level. Modern LMK and sandwich panel technologies solve all the former problems. The frames are made of galvanised or painted steel, while the panels' locking joints and warm envelopes practically eliminate cold bridges. The use of an engineering software suite makes it possible to calculate loads precisely and optimise metal consumption, ensuring strength, energy efficiency and savings.
What foundation a hangar needs and why it is critically important
- A pile-and-grillage foundation is a practical solution for most industrial facilities. Such a structure transfers the load to stable soils below the freezing depth, which eliminates movement and deformation. This type of base is especially convenient when a prefabricated hangar is being built: it ensures precise geometry, shortens the timeline and makes it possible to forecast the cost of the work without the risk of unforeseen expenses.
- Monolithic reinforced concrete slab. Used on weak soils or when the slab also serves as a ready industrial floor. It takes more time and money but provides maximum reliability and even load distribution.
Expert advice from Timur Yerzhanov, civil engineer: «Never cut corners on geology. The cost of surveys is less than 1% of the construction budget, but it prevents risks that would later take millions to fix. In winter, frost-heaving soil will simply push out a light foundation, and the gates will stop closing».
Specification table for standard hangars in Astana
Parameter | Storage hangar | Production workshop | Car service |
Span / column spacing | 18-24 m / 6 m | 12-18 m / 6 m | 12-15 m / 6 m |
Height to the bottom of the truss | 6-8 m | 8-10 m (for a crane) | 4.5-6 m |
Foundation type | Pile field | Monolithic slab or piles | Pile-and-grillage |
Snow / wind load | 180 kg/m² / 23 m/s | 180 kg/m² / 23 m/s | 180 kg/m² / 23 m/s |
Insulation (sandwich) | 120-150 mm of mineral wool | 100-120 mm of mineral wool | 80-100 mm of PU foam |
U-value coefficient | ~0.4 W/m²·°C | ~0.45 W/m²·°C | ~0.5 W/m²·°C |
Options | Dock shelters, aerators | Overhead crane (5-20 t), skylights | Underfloor heating, windows |
How to ensure a hangar's energy efficiency in winter
Particular attention is paid to the gates. Installing dock shelters and flexible seals around the perimeter of the gate openings reduces the infiltration of cold air during loading and unloading. For heating, diesel- or gas-fired air heaters are often used, as they efficiently warm a large volume, or infrared heater systems that heat not the air but specific zones and surfaces. Such solutions are especially relevant, since the region's climate is marked by sharp temperature swings and long periods of frost.
Frequently asked questions about hangar construction in Astana
How long does it take to build a prefabricated hangar?
What types of interior finishing are possible in prefabricated hangars?
Which materials are most often used for building prefabricated hangars in Astana?
Features of choosing materials for Astana:
- Frost resistance: All materials must be frost-resistant and withstand repeated freeze-thaw cycles.
- Resistance to temperature swings: Materials must retain their properties under the large temperature swings typical of Astana's sharply continental climate.
- Resistance to ultraviolet radiation: In summer Astana has high solar activity, so it is important to choose materials with a UV-resistant coating.
- Wind and snow loads: Wind and snow loads must be taken into account when choosing materials for the walls and roof.
- Compliance with building codes and regulations: All materials must comply with the local building codes and regulations (SNiP RK).
Which foundation types are recommended for prefabricated hangars in Astana?
Prefabricated buildings in Astana require a special approach to foundation design because of the specific local conditions. The foundation type depends on several key factors:
- Soil type: Astana is dominated by loams and clays, often frost-heaving and prone to seasonal deformation from freezing and thawing. On some plots loess-like soils may occur. Geological surveys are needed to determine the soil characteristics on a specific plot. It is also necessary to take into account the possible subsidence of soils, especially in areas subjected to flooding or built on without proper preparation.
- Groundwater level: In some districts of Astana a high groundwater level can affect the choice of foundation type and require additional waterproofing and drainage measures. The groundwater level is subject to seasonal fluctuations, which must be taken into account during design.
- Soil freezing depth: A critically important factor. In Astana the freezing depth can reach 1.8-2 metres. The foundation must be laid below this depth, or measures must be taken to protect against frost heave.
- Climatic conditions: Astana's sharply continental climate with large temperature swings requires the use of frost-resistant materials and careful calculation of the foundation's thermal insulation, especially if the hangar is to be heated.
- Artificial fill soils: Due to active development, Astana often has plots with artificial fill soils, which have low bearing capacity and require special solutions to strengthen the base.
It is worth noting that in Astana the foundation design must be carried out with account for the local building codes and regulations (SNiP RK), and must also include seismic resistance calculations; although Astana is not in a zone of high seismic activity, seismic effects still need to be taken into account. It is also important to account for the wind and snow loads typical of the region.