What is the price for expanded clay concrete blocks by size and for construction installation work??

Selecting the proper materials is essential when building or remodeling a structure. Expanded clay concrete blocks are one such material that is widely used in contemporary building. These blocks are well-known for being strong and lightweight, which makes them perfect for a variety of construction uses.

The various sizes of expanded clay concrete blocks each have a distinct function in building projects. These blocks range in price according to the size and quantity needed for the project. Comprehending these variables is imperative for proficiently allocating and organizing construction expenditures.

It’s also crucial to account for the costs related to the blocks’ installation in addition to the purchase price. Depending on the size of the project, labor costs, transportation expenses, and occasionally specialized equipment are involved in the construction installation work for expanded clay concrete blocks.

What do prices depend on??

Expanded clay blocks are a popular choice among those who intend to build a country home for their walls. The cost of the building material, which is calculated by factoring in various manufacturer costs, is of interest to the developer.

The quality and size of the expanded clay granules, the type of filler, and the brand of cement used all affect how much expanded clay concrete products cost.

The following are some of the variables affecting the material’s price:

  • Price and composition of raw materials used.
  • Production costs.
  • Price situation in the market of a certain city.
  • Demand level.

Compared to solid material, hollow concrete-expanded clay blocks are more affordable and warmer. The manufactured block’s dimensions have an impact on the cost. It is less expensive the larger the size.

Approximate cost of expanded clay blocks

Name Size Type Approximate price per cube Approximate price for one
Expanded clay concrete block BK-20 four-slot 390×190×188 Wall 2664 ₽ 37 RUR
Expanded clay concrete block BK-12 four-slot 390×120×188 Septal 3787 ₽ 25 ₽
Expanded clay concrete block BK-9 four-slot 390×190×190 Septal 2520 ₽ 25 ₽
Expanded clay concrete block KB-20 390×190×188 Full-bodied 4930 ₽ 54 RUR
Six-slot expanded clay concrete block 390×290×188 Wall 3386 ₽ 72 RUR
Expanded clay concrete block KB-20 390×190×188 Solid foundation 5671 RUR 79 RUR
Expanded clay concrete block four-slot 200x200x400
(20x20x40)
Wall 3125 ₽ 50 ₽
Expanded clay concrete block four-slot 600x400x300
(60x40x30)
Large format 2070 ₽ 149 RUR

Expanded clay and sieved sand are required ingredients for expanded clay concrete. The price is influenced by the volume of expanded clay. Sand, water, and cement have a minor impact on the final product’s cost.

The number of components can be "played" by manufacturers, altering the block’s properties. For instance, the material will be warmer but more expensive if there is a lot of expanded clay present. The proportions of cement impact the properties of strength.

How much are wall laying services and what depend on?

The time of year, the area and even the city where the wall is being built, and the quantity of rival construction companies all have an impact on wall installation costs. More funding is needed for construction organizations than for private building teams, but legally registered businesses are assured of a guarantee. The pricing in the market varies significantly; masters can be ordered for as little as 800-1000 r per square meter, with a maximum price of 3000 r.

The speed at which a house is built and the availability of skilled craftspeople with relevant experience both influence the cost. Related tasks like loading and unloading, combining mortar for masonry, gathering scaffolding, clearing trash, and so forth, might be included in the cost.

Spending less on experts is not a good idea because then you will have to oversee the work yourself. Poor-quality seams will show as cold bridges, heat leaks, and vapor and waterproofing deteriorate.

Why do you need to know the number of pieces in 1 m3?

It is often necessary for individual developers to compare the purchase prices of multiple comparable materials. However, the price of some blocks is listed separately, and the price of others is listed in cubic meters. This frequently makes comparing product prices challenging.

It is simple to figure out how many blocks there are in a cube using a basic calculation. All you have to do is know how big they are.

Number of ordinary expanded clay elements in a cube

First, multiply the height by the width and length to find the volume of a single product. Cubic meters are used to measure dimensions. Next, the resultant value is divided by 1 m 3.

Septal

The industry produces partition blocks in addition to regular ones (developers also refer to them as half-blocks).

The partition block measures 390 by 190 by 120. Utilizing the previously mentioned formula, 1 / (0.39*0.19*0.12), the computation yields 112.5 units.

When calculating dimensions in masonry, the thickness of the seams is taken into consideration (essentially increasing the block’s size by the seam’s thickness). The dimensions taken into consideration are 400 * 200 * 120. 1 / (0.4*0.2*0.12) yields 104.2 (104.5) units as the result.

How to calculate how much material is needed to build a house?

The majority of construction calculators do not display the precise quantity; instead, they are meant to be used for preliminary or approximative calculations of the materials needed to build a house.

Online calculators use a straightforward calculation process that involves figuring out the walls’ total area. Determine the door and window structure area (this is sometimes overlooked). After that, a calculation is made of the number of blocks without considering many variables.

How to avoid making a mistake regarding the quantity of content:

  1. Most often, deviations in calculations arise because gables are not taken into account. Almost all online calculators also make this mistake.
  2. In addition to load-bearing walls, almost every house has internal walls. If they are load-bearing, then for their laying you also need to use ordinary blocks.
  3. When finishing the outer part of the building with brick, you need to take this into account, because in this case the length of the expanded clay concrete masonry will be one brick less than the calculated outer surface of the building.
  4. If a reinforcing belt is attached to the walls, then its height must be removed from the total height of the masonry.
  5. It is advisable to take the height of the wall as a multiple of the size of the material, taking into account the masonry joint.
  6. The lintels located above the openings are also subtracted from the wall area.

Example of self-calculation

For example, 0.4×0.2×0.2 blocks are used for masonry (the masonry seam is taken into account). The two-story home is nine by ten meters, with an attached veranda and a garage.

The perimeter of the walls is first calculated, accounting for all potential features such as any balconies, hallways, verandas, protrusions, and depressions.

Because the house is lined with facing bricks and protected with insulation, the walls will be 30 cm smaller.

Total perimeter: 36 meters (4 x 9).

  1. We count the number of blocks along the perimeter in one row:
    36 / 0.4 = 90 pcs. (0.4 – the size of one unit along the length, taking into account the seam).
  2. We multiply the calculated quantity by the number of rows, depending on the height of the walls (with a height of 2.4 m = 12 rows, with 2.6 m = 13 rows, etc.d.). Let"s take height 2.4 m, this equals 12 rows of masonry:
    97 x 12 = 1164 pcs.
  3. After this we determine the area of ​​the window. The house will have 2 windows with dimensions 1.6×1.4 m. It is necessary to determine the amount of material that will fill the window area. By length we get 4 units 1.6 / 0.4, and 7 units in height 1.4 / 0.2 = 7 pcs., in total it turns out:
    7 x 4 = 28 units per window.
    2 windows – 28 x 2 = 56 pcs.
  4. Doorway dimensions 2 x 1 m. We calculate the same:
    (2/0.2) x (1 / 0.4) it will be 25 units.
  5. It is necessary to subtract from the amount of total material the volume capable of replacing the area of ​​windows and doors:
    1164 – 56 – 25 = 1083 expanded clay blocks.

By using this method, you can determine how much material is needed to lay the outer walls and then determine how much material is needed for the inner walls, accounting for the different sizes of these materials.

You must compute the material for each wall independently in order to get an accurate result. The master will use halves and quarters in many places instead of laying whole blocks. Four identical pieces can rarely be cut from a single block of expanded clay because trimmings frequently break and the material is brittle. Considering this feature, you should purchase with a 5-7% margin.

We examine the price ranges for expanded clay concrete blocks in this post, taking into account differences in block sizes and installation costs. Our goal in dissecting these expenses is to give builders and homeowners a clear picture of the financial factors to take into account when utilizing expanded clay concrete blocks in building projects. Knowing these costs up front can aid in making wise decisions and creating an effective budget, regardless of the size of the project you’re planning, from small-scale renovations to larger construction projects.

Rules for drawing up estimates

The primary paperwork used in private construction is the estimate. For large-scale projects, contemporary subcontractors complete construction work in accordance with local estimates.

The following types of work are listed in current standards as requiring local estimates:

  1. Construction works:
  2. earthmoving;
  3. construction of the foundation and plinth;
  4. wall masonry;
  5. partitions and ceilings;
  6. creating foundations and flooring;
  7. roof covering;
  8. stairs;
  9. finishing works;
  10. additional work (building a blind area, building a porch, etc.).
  11. Special works:
  12. foundations for equipment installation;
  13. pits and channels;
  14. insulation work, lining and lining.
  15. Communications and sanitary work indoors:
  16. laying water pipes;
  17. sewerage device;
  18. creation of a heating system;
  19. ventilation.
  20. Installation of equipment:
  21. installation of technological equipment;
  22. laying process pipelines.

After the project documentation is prepared, estimates are made.

How to determine total expenses?

For illustration, consider a 100 square meter, one-story home with a 10 by 10-meter base. It will require the purchase of 71 m 3 blocks to be built. Expanded clay blocks range in price from 3000 to 3500 rubles per square meter. The cost of the basic material is approximately 215,000 rubles.

You should factor in the cost of mortar for masonry (28,000 rubles) and steel mesh (5,000 rubles) in your estimate. Finishing touches to the façade, installing lintels, and other related tasks will incur additional expenses.

Block Size Price (per block)
250x120x88 mm $1.50 – $2.00
390x190x188 mm $3.50 – $4.50
490x190x90 mm $4.00 – $5.00

It is important to take into account both the block sizes and the installation costs when estimating the costs of expanded clay concrete blocks. The size of the blocks can affect prices; generally, prices range from smaller units to larger formats. For example, smaller blocks intended for particular uses, such as partition walls, are typically less expensive per unit than larger blocks used for load-bearing walls.

An additional important expense to include in your budget is installation. These costs take care of the labor, tools, and other supplies required to install the blocks correctly. These expenses can be greatly impacted by the installation’s complexity, including factors like wall height, structural needs, and site accessibility.

Obtaining comprehensive quotes from suppliers and contractors is a good idea when organizing a construction project that may involve expanded clay concrete blocks. This makes it possible to comprehend the entire cost of the project, including labor and material costs. Finding the most economical solution that satisfies the project’s structural and financial requirements can be accomplished by comparing several quotes.

Furthermore, the durability and long-term advantages of using expanded clay concrete blocks, such as their capacity to insulate against heat, can make up for their initial costs. These blocks are a sustainable option for a range of building applications since they improve energy efficiency and can eventually lower maintenance costs.

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