A popular option for a variety of applications in construction, concrete M150 is renowned for its durability and adaptability. This kind of concrete is frequently utilized in both commercial and residential projects, providing a dependable answer for various construction requirements.
Concrete M150 is unique due to its well-balanced composition and attributes. It is not overly dense to work with, but it is strong enough to be used in floor slabs and foundations. This makes it a preferred choice for a lot of contractors and builders searching for a consistent material that works well in a variety of situations.
Selecting the appropriate materials for your project can be made easier by being aware of the primary features and composition of Concrete M150. It’s possible to make sure that your work endures over time whether you’re building a new structure or remodeling an old one by being aware of what to anticipate from this kind of concrete. Let’s examine Concrete M150 and the reasons it might be the best option for your upcoming construction project.
Where is concrete M150 used GOST 7473-2025
- Pouring low-load foundations.
- Floor screed pouring.
- Preparation for laying the road surface.
- Pouring garden and park paths, house blind areas and concrete platforms for various purposes.
- Pouring low-load floor slabs.
Main technical characteristics
The following consumer attributes apply to concrete M150 class B10-B12.5, per the most recent regulatory documents:
- Compressive strength of concrete M150: 130-160 kg/cm2.
- Frost resistance: 75-150 freeze-thaw cycles.
- Water permeability: W2-4.
- Weight of concrete M150 (1 m3): 2275 kg.
- Bending strength: 10 kg/cm2.
- Mobility: P1–P4.
- Density of concrete M150: 2275 kg/m3.
- Setting speed: fast-setting.
Concrete composition M150
This kind of building material is made up of the same ingredients as heavy concrete, which are cement, sand, crushed stone, and water. Concurrently, a wide range of supplements and additives are utilized to give concrete unique qualities.
Typically, the following resources are utilized: The least expensive Portland cement is CEM I 32.5N PC (M400) or CEM I 42.5N PC (M400), which comes with crushed granite with a fraction of 20–40 mm and quarry sand.
As an alternative, river sand and gravel can be used. In less urgent situations, construction waste such as broken brick, plaster fragments, tile fragments, etc., can be used in place of crushed stone.
Low-strength, adaptable Concrete M150 is frequently utilized in construction projects for non-structural components such as foundational bedding, paving, and floor screeds. It is usually composed of cement, sand, gravel, and water. For projects that don’t require a high load-bearing capacity, it offers a balance between affordability and adequate durability. It is a well-liked option for small construction projects and repairs due to its simplicity of use and short setting time.
Proportions for self-preparation
There are two ways to obtain concrete of this grade at the construction site. Purchase ready-made material from the closest concrete plant, or use a concrete mixer and universal tools to make the product yourself.
It is more prudent to order concrete delivery for large pouring volumes. It is better to make the material yourself for local use, combining the ingredients according to the following tables.
Concrete M150 proportions table per m3
Concrete M150 proportions table expressed in buckets per cubic meter
| Cement grade | Cement, number of buckets (10 l bucket) | Sand, number of buckets (10 l bucket) | Crushed stone, number of buckets (bucket 10 l) | Water, number of buckets (10 l bucket) |
| TsEM I 32.5N PC | 16.5 | 52.5 | 81.5 | 19 |
| TsEM I 42.5N PC | 14.6 | 54 | 81.5 |
You can use a large sheet of iron set on top of bricks or a mechanical concrete mixer to make your own concrete.
Average price per cube of concrete M150
A 1 m3 of concrete might cost a private developer two different things: the cost of preparing the concrete on-site independently or the cost of buying ready-made material at a concrete plant.
Without delivery fees, the average purchase price of the finished material, which is based on crushed granite stone, is 3,500 rubles per 1 m3. The cost of delivery for one meter is determined by the seller’s business and the distance.
For instance, the cost of delivering concrete more than five kilometers in the Moscow area is 310 rubles per cubic meter, or 1,860 rubles for a single mixer run. Delivery beyond 30 kilometers: 545 rubles per cubic meter, or 3,270 rubles for a single concrete truck trip.
The price of component delivery and purchase makes up the cost of self-preparing concrete. The tabular data on component consumption for cement grade CEM I 32.5N PC will be used to analyze the cost structure and determine the price of 1 m3 of independently prepared concrete:
- Cement. The average retail price of 1 fifty-kilogram bag of cement of the specified grade is 260 rubles. Accordingly 215/50X230=990 rubles.
- Sand. The average retail price of 1 ton of sand is 390 rubles. or 0.39 rubles./kg. Accordingly: 735×0.39=286 rubles.
- Crushed stone. The average retail price of 1 ton of granite crushed stone is 1890 rubles. or 18.9 rubles./kg. Accordingly: 1140×1.89=2 154.6 rubles.
The total amount we spent on buying the primary materials is 990 + 286 + 2150.6 = 3 426 RUB. The developer will pay about 3,426 RUB for 1 m3 of self-prepared M150 concrete, excluding the cost of water and physical expenses.
Conclusion
The developer will legitimately wonder, "Why are the prices of self-made concrete and ready-made material practically the same?," after comparing the figures. The following is the response. A concrete plant is able to buy materials at discounted wholesale prices in big quantities. Due to the lack of this opportunity, a private developer will purchase crushed stone, sand, and cement at retail prices, which is at least 15–25% more expensive.
Thus, the conclusion! If there is a concrete plant nearby, it is preferable to order the building material from the business rather than preparing it yourself, since factory-made concrete is guaranteed to comply with GOST.
| Characteristic | Description |
| Compressive Strength | M150 concrete typically has a compressive strength of around 150 kg/cm², making it suitable for non-structural applications. |
| Composition | It is made of cement, sand, and crushed stone, with a ratio of 1:4:8 (cement:sand:stone). |
| Use | Commonly used for building pavements, pathways, and foundations for small structures. |
| Workability | M150 concrete is easy to mix and work with, making it suitable for DIY projects. |
| Durability | While not as strong as higher-grade concretes, M150 is durable enough for light to moderate loads. |
| Setting Time | Typically takes 24 to 48 hours to set, depending on environmental conditions. |
The adaptable concrete M150 is renowned for striking a balance between reasonable cost and sufficient strength. Its primary attributes include a cement, sand, and gravel mixture with a lower cement percentage than higher-grade concretes. For projects where high strength isn’t a crucial requirement, this makes it appropriate.
Concrete M150 is frequently used to build non-load-bearing structures, walkways, and small-scale foundations. It is also employed in applications where structural integrity is not as important, such as leveling floors or laying garden paths.
Concrete M150 offers enough durability for many daily uses, but it’s not the best choice for heavy-duty applications. Its composition can be readily changed to suit the requirements of individual projects, which makes it a useful option for a range of construction jobs.
