Where is M200 cement (m 200) used: technical characteristics, composition, material consumption

The versatility and dependability of M200 cement make it a popular choice in the construction industry. It is well-known for having a moderate strength and being appropriate for many different uses. In residential construction projects, this cement is frequently used for floor slabs, pathways, and foundations.

M200 cement’s technical qualities make it a good choice for a range of building requirements. It can manage the demands of both small and large projects because it strikes a good balance between strength and workability. It is made of a mixture of gravel, sand, and Portland cement, which makes it a sturdy material.

M200 cement is economical and efficient in terms of material consumption. The exact amount required will depend on the demands of the project, but in general, it offers a good return for the money. Because of this, it is a preferred option for builders who want to control costs without sacrificing quality.

Purpose

For general purposes, heavy concrete is referred to as sand-cement mixture. Pouring frame structures, garden paths, and monolithic foundations are the most common uses for it. The brand specializes in doing light household or construction work.

Complex structures such as multistory buildings are not constructed using Portland cement. Because of its poor resistance to frost, cement 200 is rarely used in regions where temperature fluctuations occur frequently.

M200 cement is frequently used in a variety of construction projects, such as floor screeds, foundation works, and pathways. It is renowned for its balanced strength and adaptability. Because it is made of gravel, sand, and Portland cement, it is reliable and long-lasting. M200 is a preferred option for both pros and do-it-yourselfers due to its affordability and ease of use. For optimal results and durable, well-built construction, it’s crucial to use M200 cement according to recommended mixing ratios and application methods.

Production

Grinding silicate clinker and gypsum together produces a fine powder dry mixture that you can control how long the solution takes to cure while building. The completed raw material is fired at +1470°C to +1490°C.

Cement is made more affordable and has better technical qualities when different additives are added to the powder (up to 15%):

• flasks;
• pyrite cinders;
• sand;
• bauxites.

The composition of M200 cement, regardless of the production stage, has a number of characteristics in common with other brands. Further marking is determined at the final stage, when binders are added to the raw materials.

In the Russian Federation, this particular brand of cement is produced in more than thirty plants. Moscow and the Moscow region (the city of Kolomna, the city) are home to four sizable corporations. The city of Podolsk. Voskresensk is an urban settlement located in Khorlovo.

The plants can produce high-quality goods because they have the equipment that they need. Up to 3,100,000 tons of material can be produced annually.

Technical characteristics

This brand’s cement is broken down into multiple subtypes:

• by weight — light and heavy;
• by consistency — porous or dense;
• by filler type — fine or coarse;
• by binder type — polymer, cement, silicate or gypsum.

Mixture M200 is characterized by comparatively high strength, and its technical parameters fully conform to GOST standards (28013-98). The mixture quickly turns from a dry, powdery state into a plastic mass with the consistency of thick sour cream when it comes into close contact with liquids (water, saline solutions). It fully solidifies after a set period of time (up to 24 hours).

Technical properties are primarily determined by the solution’s hardening temperature. The ingredients in the mixture have an impact on how quickly cement sets. They cause the hardening process to either slow down or speed up.

The solution’s approximate setting temperature and time are displayed in the table:

The low density of the concrete ensures the structure’s strength and dependability. Brand has been placed in class B15. When fillers are added to a product’s composition in excess of 15%, some manufacturers designate it as B12. You can save money on additional foundation insulation thanks to the solution’s thermal insulation qualities. The GOST standards indicate that the cement mobility degree is P3.

The completed mixture is applicable at temperatures higher than +3°C; even in the frigid, the properties of the hardened solution remain intact. High moisture resistance is characterized by a W6 level. Degree of resistance to frost: F110. No cracks appear as a result of the imperceptible shrinkage process.

Technical conditions of use

Correct solution preparation and application are considered technical conditions of application.

1. The surface must be cleaned and degreased (if necessary) before applying the solution. Maintaining the temperature (above +3… +5°C) is a mandatory condition that allows you to maintain the integrity of the coating.
2. Further work (installation of formwork) is carried out only after the solution has completely hardened. The best option is to give the mixture 26-28 hours to set.
3. When mixing, the solution must be kept for 3-4 minutes, then mixed again.
4. To make the mixture more homogeneous, it is better to mix the solution in special equipment – a concrete mixer. You can beat the mass with a construction mixer or a drill (with an attachment).
5. Dry mixture must be diluted correctly. Powder is added to water in parts, and cement is not poured with liquid.

By keeping the proportions consistent, you can estimate and determine the approximate consumption of proportions ahead of time.

Material consumption

It is possible to make concrete mortar on an M200 basis on your own. Ratios per square meter of space:

• water (saline solution) – 175-185 l;
• sand (river, washed) – 580-600 kg;
• gravel – 0.8-0.9 cubic meters (about 1250 kg);
• cement — 320-330 kg.

The final mixture has a total volume of 1.3–1.4 cubic meters. Particles of sand or gravel get trapped between slabs of concrete or stones, creating a solid that doesn’t have any bubbles.

It is preferable to use small iron buckets to measure materials when preparing a solution that will be used for home and construction purposes (pouring paths, wall finishing).

1. 10 l bucket. Cement — 13 kg, sand — 16 kg, gravel — 16-17 kg.
2. 12 l bucket. Cement — 15.5 kg, sand — 18.5 kg, gravel — 20.5 kg.

The amount of liquid directly affects the mixture’s mobility once the cement has dissolved. Water is added little by little. Building a monolithic foundation requires the use of a viscous solution.

M200 cement is a well-liked and adaptable option in the building industry, renowned for its even strength and workability. It is frequently utilized for many different types of projects, such as driveways, sidewalks, and residential foundations. This kind of cement is also preferred for making floor screeds and priming non-load-bearing concrete surfaces.

M200 cement’s technical attributes contribute to its dependability and effectiveness. Because of its strong compressive strength, it can be used for a variety of routine construction tasks. Its composition also includes a mixture of water, sand, gravel, and Portland cement, which guarantees a sturdy and stable mixture.

Any project’s planning must take material consumption into account. Generally, you need between 300 and 350 kg of M200 cement for every cubic meter of concrete. By doing this, the mix’s strength and consistency are guaranteed for the intended use. Accurate computation facilitates cost control and waste reduction.

In general, M200 cement is a useful and affordable choice for a variety of building requirements. Its dependable performance and ease of use make it an indispensable tool for both small- and large-scale construction projects.

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