We understand that each construction project has its own characteristics and requirements. That is why we have developed specialized concrete mix formulations that allow us to ensure high product quality in various conditions and environments.
It is ideal for the construction of residential buildings, commercial buildings and infrastructure facilities.



Our company is ready to provide you with the ideal solution that meets your unique needs. We offer an individual approach to each client, providing expert support in choosing the optimal recipe and technical characteristics of the finished concrete. Our team will be with you at every stage of the project: from the initial selection of the material to its placement and subsequent maintenance. We guarantee that every aspect is performed with high professionalism and attention to detail.
Order our ready-mixed concrete and we will provide your facility with the highest quality materials.
OrderFor customers planning to buy ready-mixed concrete
Choosingthe right type of ready-mixed concrete is key to the successful implementation of a construction project. Ready-mixed concrete is not just a mixture of cement, water and aggregates; it is a material that determines the strength, durability and aesthetics of your structure. Here are some tips to help you make the right choice:
1. Determine the strength required for your project: Concrete is classified by strength. For example, M20, M25, etc. indicate the strength of concrete. Choose the strength that meets the technical requirements of your project.
2. Consider the environmental conditions: Concrete that will be used in humid conditions or in regions with extreme temperatures requires special additives to ensure durability.
3. Pay attention to the curing time: Different projects require different curing times. Choosing concrete that cures too quickly or too slowly can affect the construction schedule.
4. Consultation with experts: It is always a good idea to consult with experts who can help you choose the most suitable concrete for your specific project.
At our company, you will find a wide range of ready-mixed concrete that will meet any requirements and exceed your expectations. Contact us today to discuss your needs and find the perfect solution for your project!
Optimize your construction process with a concrete pump
Whenimplementing construction projects, efficiency and cost optimization are key. One way to achieve this is to use a concrete pump to transport concrete to the site, which not only reduces costs but also speeds up the process significantly. Let's take a look at the advantages of using a concrete pump compared to traditional methods, such as a crane or manual feeding.
1. Speed up the unloading process: The use of a concrete pump allows you to unload the concrete mixture directly to the place of pouring, which dramatically reduces the time for unloading one mixer - approximately to 15 minutes. This is much faster than with crane or manual methods.
2. Maintaining the quality of concrete: The presence of concrete in the mixer for a long time can negatively affect the quality of the concrete mixture. A concrete pump provides a faster flow, thereby reducing the time the concrete spends in the mixer and maintaining its quality.
3.Saving resources and time: The use of a concrete pump reduces the amount of labor required for manual feeding or crane operation. This not only reduces labor costs, but also frees up resources for other tasks.
4. Improving safety at the workplace: Minimizing manual work and eliminating the need for heavy machinery (e.g., cranes) reduces the risk of injuries on the construction site.
In summary, using a concrete pump to transport concrete to the site is not only cost-effective, but also an efficient solution that speeds up the workflow and increases overall productivity. This method is the best choice for modern construction projects where every minute counts.
Basic principles of concrete care during its hardening (curing process) in winter
Concrete pouring and maintenance in the cold season requires special attention, as low temperatures can significantly affect the quality and strength of concrete. Here are some key recommendations to help ensure proper concrete curing during the winter months:
1. Heat retention: Maintaining proper temperature levels is critical to the concrete curing process. Using heat blankets, insulation materials, or heating cables can help retain heat and protect the concrete from freezing.
2. Protection from direct weather: Providing protection from snow, rain and extreme cold is key. The use of temporary covers or sheds can protect concrete from direct weather exposure.
3. Use of chemical additives: Adding antifreeze additives to the concrete mix can help prevent water from freezing in the concrete and ensure proper curing at low temperatures.
4. Moisture control: It is important to maintain optimal moisture levels in the concrete during curing. The use of dampening materials, such as wet tarpaulins or special coatings, can prevent concrete from drying out.
5. Careful use of ice melting salts: Avoid using de-icing agents on fresh concrete as this can cause damage.
6. Continuous monitoring: Regular monitoring of the concrete condition is important to detect and correct any problems that may arise from low temperatures.
Key aspects of concrete maintenance during summer curing
Summerweather can pose certain challenges to the proper curing of concrete, especially due to high temperatures and intense sunlight. Effective concrete maintenance during this period is important to ensure its strength and durability. Here are some important tips for summer concrete maintenance:
1. Protect against rapid drying: High temperatures and sunlight can cause the concrete surface to dry out quickly. This can be prevented by the use of moisture barriers or damp cloths to help maintain the required moisture level.
2. Regular moisturizing: Sprinkling water on the concrete several times a day can help maintain optimal moisture levels and promote uniform curing.
3.Use of shade covers: Shade covers can be used to protect concrete from direct sunlight, reducing the risk of overheating and preventing rapid drying.
4. Use of concrete additives: The use of special additives that reduce the rate of water evaporation from concrete can be an effective solution to control the curing process of concrete in hot weather.
5. Planning the time of pouring: If possible, it is better to pour concrete in the morning or evening hours when the air temperature is lower to avoid the negative effects of high temperatures during the day.
6. Monitoring the temperature of concrete: It is important to monitor the temperature of the concrete during curing to ensure that it does not exceed the recommended values, as high temperatures can adversely affect the quality and strength of the concrete.
The importance of accurate timing for formwork removal
Formwork removalis a critical step in the construction process that requires accurate timing. Early dismantling can lead to deformation or damage to the structure, while too late dismantling can delay the overall work schedule. Our company provides an on-site laboratory to check the concrete curing process to ensure safe and timely dismantling of the formwork. Here are some key factors to consider:
1. The degree of concrete hardening: The main criterion for determining when to dismantle the formwork is when the concrete reaches a certain level of strength. Laboratory tests will help determine if the concrete has reached the required degree of hardening.
2. Type of construction and formwork: The timing of dismantling may vary depending on the type of structure (walls, pillars, floors, etc.) and the type of formwork. For example, formwork for pillars can be removed more quickly than for floors.
3. Weather conditions: Weather conditions, such as temperature and humidity, can affect the rate at which concrete cures. In cold or humid weather, concrete cures more slowly.
4. Use of additives: Additives that accelerate curing may allow for earlier formwork removal, while other types of additives may require a longer time before removal.
5. Manufacturer's recommendations: It is always important to take into account the technical recommendations of the formwork manufacturer regarding the minimum period of its use.
Our company provides a specialized laboratory visit, which allows us to accurately determine the time when the concrete will acquire sufficient strength to safely remove the formwork, guaranteeing the quality and safety of the structure. This approach optimizes the workflow and prevents possible delays in construction.
With our concrete, you can dismantle the formwork faster because our concrete hardens to 75% of its strength on average 7 days faster. This will help you reduce your construction time and costs.