Premium Technologys

Repair of concrete roads

For a long time, asphalt paving technology was more affordable, so it was used more often than laying concrete road structures. However, gradually the cost of building a concrete track is leveled off, so concrete is increasingly used for the construction of airfields, highways and highways where high strength and reliability are required. Despite the high wear resistance of this material, concrete roads require regular maintenance and, if necessary, repair. Premium Technologies provides repair services for concrete highways, industrial concrete sites, access roads to businesses, airfields, dams and other concrete structures.

Advantages and disadvantages of concrete coatings

Concrete coatings have a number of advantages, including:

  1. strength and durability. Concrete coatings are very durable and can be used for decades without noticeable damage.
  2. Low maintenance cost. Concrete Roads require less maintenance than asphalt Roads. They do not require the same level of care and repair, which reduces maintenance costs.
  3. Water resistance. Concrete roads do not suffer from water-related problems, such as sand leaching or damage due to freezing and thawing of water.
  4. Do not suffer from extreme temperatures.
  5. Resistance to heavy machinery. Concrete roads can withstand higher loads, such as trucks and buses, better than asphalt surfaces.
  6. Fuel economy, which is achieved due to the absence of deformations of the concrete pavement during the movement of large cargo vehicles, which on average leads to a reduction in fuel consumption by 20%.

Disadvantages of concrete roads:

  1. higher construction costs.
  2. Complexity of repairs. If damage occurs on a concrete road, repairing it is usually more difficult and expensive than fixing the problem on an asphalt road.
  3. Concrete roads are not as flexible as asphalt roads, and may be less convenient for drivers and passengers.
  4. Concrete roads can be slippery during the winter months when snow or ice falls on them.
Stages of filling a concrete road surface

Laying a concrete road surface usually involves the following steps:

  1. Surface preparation. Before laying concrete, the road surface must be cleaned of dirt, dust and other contaminants. It is also necessary to check that the surface is flat, in the correct position and at the right level.
  2. Installing the formwork. After surface preparation, the formwork is installed, which determines the shape and size of the future road surface.
  3. Installing the valve. After installing the formwork, reinforcement is installed on the surface, which increases the strength of the concrete structure.
  4. Laying concrete. After the formwork is installed and the reinforcement is fixed, a layer of concrete is laid on the road surface. A concrete mixture of cement, crushed stone, sand and water is prepared in the factory, and then laid on the road surface using a concrete pump.
  5. Compaction and leveling of concrete. After laying concrete, it is compacted to ensure uniform density and strength of the future road surface.
  6. Final processing. After leveling and compacting the surface, a special solution is applied to the road surface to increase strength and protect it from water and other harmful influences.

The concrete must dry and harden within a few days to complete the process.

FAQ

Each type of road surface has its own advantages and disadvantages, and the choice depends on a number of factors, such as the level of traffic load, climatic conditions, availability of construction materials and budget.

Concrete road surfaces are usually more durable and require less repair than asphalt ones. They are resistant to UV rays and are not subject to deformation from temperature changes. In addition, concrete roads can withstand heavy loads and are more resistant to mechanical damage. But concrete road surfaces are more expensive to install than asphalt ones, and require a longer time to solidify. In addition, if the quality of concrete is poor, cracks and other deformations may form, which may lead to the need for repairs.

Asphalt road surfaces are more economical and faster to install than concrete ones. They are also less slippery and quiet when driving. However, asphalt roads are subject to deformation at high temperatures, which can lead to the formation of holes and cracks, as well as rapid wear under high loads.

The optimal thickness of the concrete road surface at the enterprise depends on a number of factors, such as the level of transport load, climatic conditions. In general, the thickness of the concrete road surface at the enterprise should be sufficient to provide the necessary strength and durability, and also take into account the load capacity of vehicles that will be used on the road.

Usually, the thickness of the concrete road surface at the enterprise is from 15 to 25 cm, but it can be even more if increased strength is required. It should also be taken into account that a thicker coating requires more materials and construction costs.

It is recommended to carry out engineering calculations and consult with professional builders and engineers to determine the optimal thickness of the concrete pavement at a particular enterprise in accordance with its needs and conditions.

The cost of repairing a concrete road can vary significantly depending on many factors, such as the condition of the road, the area of damage, the type and quality of materials used for repairs, and the technology used to perform the work. To determine the exact cost of repairing a concrete road, it is necessary to inspect the road section and develop a repair project.

Advantages of working with Premium Technologies

Premium Technologies has been successfully operating for more than 10 years. We guarantee the safety and extension of the service life of concrete coatings after repair. We also take care of the environment by using environmentally friendly materials and disposing of waste.

We offer complete solutions for projects of any complexity, including standard and individual projects in accordance with customer requirements and technical specifications. Our company carries out a full range of works on the site, including design, engineering and construction works, starting from the selection of the optimal technical solution and materials, and ending with the commissioning of the facility and warranty service.

What does the problem with the foundation look like?

Problems with the base can cause damage to the concrete road, as the quality of the base affects the reliability and durability of the surface. Some of the possible problems with the foundation that can damage a concrete road include:

  • soil subsidence;
  • uneven compression of the soil, which can lead to waves and bumps on the surface of the road surface;
  • soil damage – If the soil under the road is damaged or has a low load-bearing capacity, this can lead to the formation of potholes and pits on the road;
  • non-compliance of the drainage system with the local conditions, which can lead to stagnation of water and damage to the base and concrete coating;
  • underground water flows.

Repair of a concrete road may be necessary in the following cases:

  1. the appearance of cracks, potholes, holes and other defects in the concrete surface that can lead to accidents or damage to cars.
  2. Wear of the concrete surface caused by frequent traffic or prolonged use of the road.
  3. Deformations of the concrete surface caused by changes in temperature and humidity, which can lead to a violation of the geometric parameters of the road and increase the risk of accidents.
  4. Non-compliance of the concrete surface with modern standards of road safety and comfort, for example, the lack of acceleration and braking lanes, insufficient width of the roadway, and so on.

Concrete pavement repairs may include filling in cracks, repairing damaged areas, sanding the surface, strengthening the foundation, and other work necessary to restore the strength and safety of the road.

If you have reached this block, then you care about the future of your property. By applying for help from qualified specialists in time, you will significantly save your time and financial costs.

The first step to save an object that is subject to destruction is to examine the building by specialists. This will help you avoid making rash or ill-considered decisions about measures aimed at stopping this process.

Premium Technologies specialists will go to the site and determine the type of foundation deformation and find out its causes. Depending on the data obtained, they will perform the necessary calculations, determine which measures will help to stop the destruction of the building, and which method of strengthening the foundation will be optimal.

Based on this information, you will be able to make an informed decision in which of the three directions to go: 
A concrete road can only be repaired after the causes of its deformation have been eliminated:
Questions answered by Premium Technologies:
What we guarantee
1

Almost instant results

2
Selecting and determining the appropriate solution together with the client
3

Only top-end equipment and tools

4
Possibility of phased implementation of the project in accordance with the client’s schedule
5

Post-project monitoring and responsiveness when improvements are needed. Communication 24/7 

6

Parallel improvement of hydro -, heat-and vibration insulation characteristics of structures

In any situation, it is important to consciously assess the risks of a decision or omission with a construction expert
25%
Savings compared to traditional technologies
2-3 days
Executing a standard project
5 years old
Minimum guarantee for completed work
18 seconds
Curing time of the material
0.5 mm
Accuracy of work performed
Our projects
Answers to frequently Asked questions

Performing work using Premium Technologies technology does not require moving out residents or stopping the operation of the house. 

The materials we use are durable and resistant to aggressive environments. Premium Technologies has the ability to guarantee works for up to 60 years. 

We use Premium Technologies geopolymer resin injection technology, which is similar to a "microsurgical operation" without excavation and excavation or clutter management.

Cracks in the walls are closed as the building structure rises. Windows and doors will work normally again if there were misalignments before. 

Most projects are completed within two to three days. Keep in mind that each project is different.
Most projects are completed within two to three days. Keep in mind that each project is different.

The injected material is environmentally inert and does not have a harmful effect on the environment.