The selection of building materials is a critical factor in determining the overall quality and financial viability of construction and renovation projects in Russia. Because of their exceptional durability and thermal insulation qualities, porous ceramic blocks have become increasingly popular among the available options.
It’s important to account for both the material cost and installation costs when estimating the cost of porous ceramic blocks in Russia. Porous ceramic blocks typically cost between [insert price range] rubles per square meter. The brand, quality, and quantity purchased are some of the variables that affect this price.
Project budgets must also cover the installation costs of porous ceramic blocks. Labor costs, equipment rental fees (if applicable), and any other materials needed for the installation procedure are usually included in professional installation costs. Depending on the location within Russia and the complexity of the project, these costs can differ significantly.
For budget planning in building and renovation projects throughout Russia, it is essential to comprehend the financial consequences of utilizing porous ceramic blocks. Through a comprehensive analysis of material costs and installation expenses, homeowners and project managers can make well-informed decisions that are in line with their quality expectations and financial constraints.
Item | Average Price in Russia (RUB) |
Porous Ceramic Block | 450-550 per square meter |
Installation Cost | 300-400 per square meter |
- What determines the price tag for a ceramic block??
- Cost table
- What determines the price for work??
- How much masonry costs?
- Calculation for the construction of walls from warm ceramics
- Example of calculating quantities for a house
- Rules for drawing up an estimate
- Calculating total expenses
- Video on the topic
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What determines the price tag for a ceramic block??
The primary factors affecting the cost of porous blocks are the manufacturing process and the makeup of their constituent parts. Prices typically vary between manufacturers and between regions of the nation by 10% to 15%.
Features of ceramic blocks that affect how much their value increases in the market:
- block size;
- strength indicators;
- density;
- frost resistance;
- high thermal protection;
- vapor permeability.
Cost table
Name | GZHEL 51 | RAUF 51 | GZHEL 38 | THERMOBLOCK 38 | RAUF 12 |
Manufacturer | Gzhel | RAUF/LSR | Gzhel | THERMOBLOCK | RAUF/LSR |
Application area | External load-bearing walls | External load-bearing walls | External and internal self-supporting walls | External and internal self-supporting walls | Partitions |
Width, mm |
Length in millimeters
What determines the price for work??
Blocks made of ceramic are a relatively new and expensive material. There is an unwritten rule among builders that the cost of services will increase with the cost of building materials.
In addition, the following other variables influence the price of masonry projects utilizing these kinds of stones:
- The height of the work, if it exceeds 3 m, the final price rises by 20-30%. This is due to the complexity of working at height, especially in terms of organizing control over the quality of masonry.
- Seasonality of work. Many house construction operations are not recommended to be carried out in winter. The developer is forced to purchase special frost-resistant masonry mixtures, which are expensive. In addition, wages for workers at subzero outside temperatures also increase.
- The complex architectural level of the object, columns, arched structures and other decoration elements increase the cost of work by at least 10%.
- Reinforcement of wall structures increases the cost of work by 15-20%.
- Grouting method: curly concave or convex ones cost the customer more.
- The complexity of the chosen diagram of the pantry dressing.
- Qualification of builders.
- Development region and remoteness from the transport interchange.
- Competition between companies.
The steps for preparing the masonry solution, installing and dismantling construction forests, supplying blocks, seaming, cleaning the pantry, and clearing trash from the construction site are all included in the price of ceramic block masonry.
How much masonry costs?
Mark of the porcelain block | average price |
Gzhel 51 | |
Zabyvo black carrier wall, rub. m 3 | 2490 |
Masonry in 1 block, rub. m 3 | 2360 |
Masonry in 1.5 block, rub. m 3 | 2670 |
Masonry in 2 blocks, rub. m 3 | 3000 |
Masonry with reinforcement | 3600 |
Thermal block 38 | |
Internal self -supporting wall, rub. m 3 | 2300 |
Rauf 12 | |
Partitions, rub. m 3 | 1200 |
Calculation for the construction of walls from warm ceramics
To ensure precision in your computation, a house plan comprising wall, partition, and gable dimensions is necessary.
In addition, the computation is carried out in the order listed below:
- Calculate the perimeter of the house taking into account all the walls according to the plan.
- Specify the height of the walls and the thickness of the masonry.
- According to the specification for the material, the parameters of the block and its weight are determined.
- Determine the total volume of the walls: perimeter * height, m 2 .
- According to the project, the size of technological openings for windows and doors and their number are determined.
- Calculate the volume of technological openings: opening height * width * wall thickness, m 3 .
- Determine the volume of walls without technological openings.
- The number of blocks is determined as the volume of walls without openings divided by the volume of one block.
- Determine the weight of the masonry.
- Take the thickness of the masonry joint according to the project and calculate the volume of masonry mortar.
Example of calculating quantities for a house
First information needed for the calculation:
- Moscow city.
- House plan: 10×10 m, external walls thickness 510 mm.
- House height: 2.8 m.
- Partition length: 10 m, masonry thickness 120 mm.
- Windows: 4 pieces 1.64×1.2 m.
- Doors: 2 pieces 1x2m.
- Brick for external walls: GZHEL 51.
- Brick for partitions: RAUF 12.
Method of calculation:
- Wall perimeter: 10×4=40 m.
- Volume of window openings: 4×1.64×1.2=7.87 m 3 .
- Volume of door openings: entrance 1x2x0.51=1.02 m 3 , interior 1x2x0.120=0.24 m 3 .
- Total volume of load-bearing walls: 40×2.8×0.510=57.12 m 3 .
- Volume of load-bearing walls without technological openings: 57.12-7.87-1.02=48.23 m 3 .
- Volume of partitions without technological openings: 10×2.8×0.120=3.36 m 3 -0.24=3.12.
- External walls, number of GZHEL 51 blocks: 48.23X35.8=1726.6 pcs., with a 15% reserve – 1986 pcs.
- Cost of GZHEL 51: 1986 x 71 rubles.=141006 rubles.
- Partitions, number of RAUF 12: 3.12×73.17=228.29 pcs., with a 15% reserve – 263 pcs.
- Cost of RAUF 12: 263 x 71 rubles.=18673 rubles.
Rules for drawing up an estimate
Included in the design and estimate documentation is a construction estimate, which is a required document.
In addition to helping the developer buy building materials in the right kind and quantity, it also lets them keep an eye on how construction is going and how builders are using consumables and blocks.
Typically, the estimate is created twice: once during the creation of the architectural plan and once during wall construction.
The estimate develops the following sections:
- volume of construction and installation work;
- applied technological process and building materials;
- cost of building materials;
- the cost of performing the work;
- turnaround time.
Calculating total expenses
An illustration of a construction estimate for a ceramic block box house
Types of work and names of materials | Dimension | Quantity | Cost of work per unit | Sum |
(rub.) | ||||
Layout of the area for the foundation and excavation | m 2 | 123 | 850 | 104550 |
Installation of a reinforced structure for the foundation | m 2 | 123 | 210 | 25830 |
Formwork assembly | m 2 | 70 | 350 | 24500 |
Construction and compaction of a sand cushion | m. P. | 56 | 330 | 18480 |
Pouring concrete foundation | m 3 | 62 | 2800 | 173600 |
Removing formwork | m 2 | 159 | 140 | 22260 |
Installation of waterproofing between the foundation and the ceiling) | m. P. | 56 | 71 | 3976 |
Installation of reinforced concrete foundation floor slab | m 2 | 100 | 540 | 54000 |
Laying load-bearing walls in 1 brick GZHEL 51 | m 3 | 48.23 | 2360 | 113822.8 |
Laying partition walls | m 3 | 3.12 | 1190 | 3712.8 |
Thermal protection of wall structures | m 2 | 280 | 240 | 67200 |
Installation of jumpers over technological openings | PC. | 6 | 740 | 4440 |
Floor installation | m 2 | 100 | 860 | 86000 |
Installation of roofing felt roofing | m 2 | 190 | 1050 | 199500 |
Antiseptic roof treatment in 2 layers | m 2 | 190 | 160 | 30400 |
Lumber | m 2 | 270 | 265 | 71550 |
Foundation reinforcement | m 2 | 330 | 576 | 190080 |
Concrete | m 3 | 94 | 5600 | 526400 |
Penetrating waterproofing solution | kg | 48.1 | 270 | 13000 |
Beam lintel structures | PC. | 51 | 510 | 26010 |
Roofing material | m 2 | 215 | 470 | 101050 |
Antiseptic for wood | PC. | 5 | 309 | 1545 |
Masonry mixture M150 | PC. | 600 | 20 | 12000 |
Sand | m 3 | 10 | 610 | 6100 |
Cement | PC. | 50 | 240 | 12000 |
Reinforced mesh | PC. | 4 | 1200 | 4800 |
Insulation material | m 2 | 220 | 160 | 35200 |
Total, rub. | 1932006.6 |
Any construction project must take into account the cost of materials and installation, but this is especially true when taking into account Russian porous ceramic blocks. These blocks are a popular option among builders because of their durability and value as thermal insulation. In Russia, the average cost per square meter of porous ceramic blocks varies based on the supplier and the region. Prices usually fall between [insert average price range here], so builders must plan their budget appropriately.
Porous ceramic block installation expenses add a substantial amount to the total cost. Appropriate alignment, structural integrity, and effective insulation are guaranteed by professional installation. Depending on the intricacy of the project and local labor rates, installation costs can typically range from [insert average installation cost here]. In addition to improving the structure’s visual appeal, proper installation maximizes energy efficiency, which is essential for long-term savings.
Builders and homeowners alike must assess the advantages of porous ceramic blocks against their financial constraints, taking into account both material and installation costs. Even though the upfront costs might seem higher than for traditional materials, they can be compensated for over time by the reduction in maintenance and energy costs. Furthermore, porous ceramic blocks’ strength and thermal characteristics provide a sustainable option that complies with contemporary building codes and environmental objectives.
This article examines the price range for installing porous ceramic blocks throughout Russia. We explore the average costs, the variables that affect these prices, and the things that buyers should think about before using this material for remodeling or building projects. Our goal is to furnish readers with sufficient knowledge to enable them to make well-informed decisions regarding their construction investments in the Russian market by offering lucid insights into pricing variations and installation nuances.