Concrete M200 is a widely used material in construction because of its dependability and adaptability. For a variety of applications, M200 provides the ideal ratio of strength and workability, whether you’re building sidewalks, floors, or foundations.
This particular grade of concrete is well-known for its resilience to environmental changes and longevity, making it ideal for both indoor and outdoor use. It effectively manages deterioration, guaranteeing that structures stay sturdy and reliable over time.
Concrete M200 is made up of simple ingredients: cement, sand, gravel, and water. Its exact mix ratios make it easy to work with during application while providing the strength required for a variety of construction tasks.
You can choose the right materials for long-lasting results in your construction projects by making informed decisions based on your understanding of the primary features and composition of Concrete M200.
Because of its strength and workability, concrete M200 is a popular and adaptable building material that is perfect for building floors, pathways, and foundations. To create a concrete that is dependable and long-lasting, specific ratios of cement, sand, gravel, and water are usually combined. With a 200 kg/cm² compressive strength, Concrete M200 is a popular option for both residential and commercial projects because it offers strong support for a variety of structural applications at an affordable price and is simple to work with.
Technical characteristics of concrete M200
The technical attributes of this brand’s concrete material have significantly contributed to its widespread demand and popularity. The following table lists the primary technical specifications and the current average cost of a concrete cube measuring M200 in the Russian Federation:
Comments on the table. The technical characteristics of concrete, such as its compressive strength, weight, cost, and strength class, may vary from those listed in the table due to the fact that different grades of cement, fillers (such as gravel or granite crushed stone, waste from the metallurgical industry, rocks, and construction waste), and special additives can be used in accordance with the requirements of current regulatory documents for the production of concrete.
Proportions of concrete M200
You don’t have to worry about the material’s technical qualities meeting GOST 26633-2012 "Heavy and fine-grained concrete" when you buy ready-mixed concrete M200 B15 at a concrete plant. Every concrete plant has a laboratory where every batch of concrete is examined to ensure it complies with GOST regulations.
Even by a non-specialist in this field, the following information about the technology for preparing class B15 M200 concrete on your own will be very helpful if the task is to produce a cube of M200 concrete directly on a construction site.
Compositional proportions of M200 concrete:
- Portland cement CEM I 32.5N PC: 1 part by weight (kg).
- Granite crushed stone: 4.5 parts, kg.
- Construction sand: 3 parts, kg.
- Thinner – water 0.7 parts, l.
On the construction site, the developer receives M200 class ready-mixed concrete by mixing the ingredients according to the prescribed ratios. It should be noted that there are some differences between the technical properties of the material produced in the factory and tested by the factory laboratory and the technical properties of concrete M200 prepared on the construction site by hand. The plant performs more complete and thorough mixing as well as more accurate component dosing.
Consumption of components for the preparation of 1 m3 of concrete M200
Many developers will be interested in learning how much cement, crushed stone, and sand are used for every m3 of concrete, given the short guarantee period for cement storage and the high cost of fillers. Developers can use this information to buy the right amount of materials because they know how much concrete is consumed in cubic meters.
Concrete M200 proportions measured in 10-liter buckets
- To determine the proportions of concrete components in buckets, you need to answer the question: How much cement per cubic meter of concrete M200 in kilograms? The requirements of the current regulatory document GOST 26633-2012 Heavy and fine-grained concrete (Table. 1) define the minimum amount of cement CEM I 32.5N PC for pouring reinforced structures – from 220 to 270 kg/m3. For calculations of "buckets" we take the average value of 220 + 270/2 = 245 kg / m3.
- The next step is to transfer 245 kg into “buckets”. Using the generally accepted density of cement – 1300 kg/m3, we determine how many kilograms of cement fit in 1 bucket with a volume of 10 l (0.01 m3): 1300X0.01 = 13 kg of cement fit in a bucket with a volume of 10 l.
- We translate 245 kg/m3 into a 10 liter bucket: 245/13 = 18.8 buckets of cement CEM I 32.5N PC will be required to prepare 1 m3 of concrete M200.
- Amount of crushed stone (filler) in kg: 245×4.5=1102 kg. Using the tabulated density of crushed stone – 1400 kg/m3, we convert 1102 kg into 10 liters of bucket: 1102/(1400×0.01)=78.7 buckets of granite crushed stone will be needed to prepare 1 m3 of M200 concrete. Note: this means the concrete aggregate size M200 is 20-40 mm.
- Amount of sand in kg: 245×3=735 kg. Using the tabulated sand density – 1500 kg/i3, we convert 735 kg into a 10 liter bucket: 735/1500×0.01=49 video sand will be needed for 1 m3 of M200 concrete.
- Water. 18.8 (buckets of cement) x10x0.7=130 liters. Note: the calculated value of the amount of water is approximate and is adjusted during direct mixing of the material.
The developer only needs to replace the figure 0.01 (the volume of a 10-liter bucket in cubic meters) in the formulas above with the figures 0.012 (12 l) and 0.015 (15 l), if they are tasked with determining the proportions of the components of M200 concrete in buckets of a larger volume (12 or 15 liters).
| Characteristic | Details |
| Strength | M200 concrete has a compressive strength of 200 kg/cm² |
| Uses | Commonly used for foundations, driveways, and pavements |
| Composition | Made of cement, sand, gravel, and water |
| Workability | Medium workability, easy to pour and finish |
| Durability | Good resistance to weather and wear |
| Setting Time | Initial setting in about 2 hours, final setting in about 8 hours |
| Water-Cement Ratio | Typically 0.5 to 0.6 |
| Cost | Moderately priced, making it economical for many projects |
Among the many options available for construction projects, Concrete M200 is a dependable and adaptable material. Its strength and workability combine to make it perfect for many applications, such as driveway construction and foundation installation. For any structural work, longevity and durability are essential, and this grade of concrete guarantees both.
Concrete M200 is made up of a mixture of cement, sand, gravel, and water in certain amounts. This blend ensures that the material is easy to work with while still providing strong structural support by delivering the required consistency and performance. Builders can attain the required durability and quality by keeping these exact ratios.
Knowing the characteristics of Concrete M200 can help you choose the right materials for your project. Professionals and do-it-yourselfers alike favor it for its low cost and simplicity of use. Concrete M200 provides a dependable solution for building a small building, sidewalk, or patio.
In conclusion, Concrete M200 is a great choice for a variety of applications due to its primary qualities and composition. Its durability, adaptability, and affordability guarantee that it will always be a mainstay in the building sector. You can make sure your construction projects are successful and last a long time by choosing the appropriate concrete grade.
