Elimination of causes of deformations and damages in the load-bearing structures of buildings and structures
This will happen again if you do not contact Uretek
Cracks in buildings have existed since the very first structures built by humans. And let’s be honest — even in modern buildings of various types, damage to load-bearing structures can appear within the first three years of operation. While some defects are not a cause for concern, others may indicate settlement or foundation damage and, as a result, issues with the walls. If problematic cracks are not addressed, foundation damage can quickly reduce the value of your property and lead to unsafe conditions.
When do cracks in walls or foundations indicate a serious problem?
Cracks (vertical, horizontal, or diagonal) may point to weak areas in the foundation or subsoil. Additional warning signs include:
Problematic cracks typically begin around windows, door openings, or at building corners. However, if you notice small cracks with an opening of less than 1 mm that do not develop over time, they are most likely limited to the finishing layer and are not an immediate concern. Such cracks can usually be planned for repair and easily sealed without affecting the overall structure. In any case, it is important to consult a structural inspection engineer, or preferably a geotechnical engineer, to reliably confirm or rule out deeper underlying causes. These issues tend to develop non-linearly, meaning they may remain unnoticed until reaching a critical point and then progress rapidly.
What causes cracks in walls or foundations? Large cracks can occur when the foundation loses its integrity and strength, causing part or all of the structure to settle. This usually happens because the soil beneath the affected area is insufficiently dense. It is also very important to correctly identify which part of the building is settling, as intuitive assumptions are often misleading. Another key cause of cracking is improper stress distribution within the structure — for example, due to non-compliance with design or construction standards, incorrect placement of expansion joints, or their complete absence. In practice, poorly constructed roofing systems are also a common contributing factor.
How can cracks in walls or foundations be repaired? First, consult a structural engineer (designer) to assess the cause of the crack and recommend a solution, and then contact a Uretek specialist (typically a geotechnical engineer). The most effective long-term solution for repairing major cracks is to lift the structure back to its design position and then reinforce it — essentially restoring the load-bearing nodes of the building. This comprehensive process is referred to as “structural strengthening” and often confuses property owners, as it involves two stages. As the structure is re-leveled, cracks may close or reduce in size; afterward, they are stitched and, if desired, cosmetically finished. Doors and windows also typically return to proper operation.
When do cracks in walls or foundations indicate a serious problem?
Cracks (vertical, horizontal, or diagonal) may point to weak areas in the foundation or subsoil. Additional warning signs include:
- One side of a wall is higher than the other.
- Doors and windows no longer close easily or are misaligned.
- Cracks wider than 1 mm, or those that continue to develop over time.
Problematic cracks typically begin around windows, door openings, or at building corners. However, if you notice small cracks with an opening of less than 1 mm that do not develop over time, they are most likely limited to the finishing layer and are not an immediate concern. Such cracks can usually be planned for repair and easily sealed without affecting the overall structure. In any case, it is important to consult a structural inspection engineer, or preferably a geotechnical engineer, to reliably confirm or rule out deeper underlying causes. These issues tend to develop non-linearly, meaning they may remain unnoticed until reaching a critical point and then progress rapidly.
What causes cracks in walls or foundations? Large cracks can occur when the foundation loses its integrity and strength, causing part or all of the structure to settle. This usually happens because the soil beneath the affected area is insufficiently dense. It is also very important to correctly identify which part of the building is settling, as intuitive assumptions are often misleading. Another key cause of cracking is improper stress distribution within the structure — for example, due to non-compliance with design or construction standards, incorrect placement of expansion joints, or their complete absence. In practice, poorly constructed roofing systems are also a common contributing factor.
How can cracks in walls or foundations be repaired? First, consult a structural engineer (designer) to assess the cause of the crack and recommend a solution, and then contact a Uretek specialist (typically a geotechnical engineer). The most effective long-term solution for repairing major cracks is to lift the structure back to its design position and then reinforce it — essentially restoring the load-bearing nodes of the building. This comprehensive process is referred to as “structural strengthening” and often confuses property owners, as it involves two stages. As the structure is re-leveled, cracks may close or reduce in size; afterward, they are stitched and, if desired, cosmetically finished. Doors and windows also typically return to proper operation.
If you turn a blind eye to cracks in your building’s structures, you may miss early warning signs of serious and progressive damage
Don’t face this challenge alone. Get as much information as possible to make an objective decision. From our experience, 2 out of 3 clients who contact us choose to carry out an inspection and review the recommendations.
Don’t put it off — trust the experience and professionalism of our team, and we will help you save and restore what matters to you.
Don’t put it off — trust the experience and professionalism of our team, and we will help you save and restore what matters to you.
If you’ve reached this section, it means you are ready to take responsibility for the future of your property. We value your care and invite you to take the first step toward saving your valuable asset that is undergoing deterioration. However, don’t rush your decision — your well-being and safety matter.
Start with a minimally required inspection of your building at a reasonable cost to avoid risks and make an informed decision. By obtaining a clear picture of the scale of the problem, you will be able to decide on the next steps. You have three options:
Start with a minimally required inspection of your building at a reasonable cost to avoid risks and make an informed decision. By obtaining a clear picture of the scale of the problem, you will be able to decide on the next steps. You have three options:
Carefully monitor the progression of damage using professional tools, identifying the “point of no return”
Develop a solution plan taking into account structural, financial, and practical constraints, and implement it
Seek alternative solutions from third parties based on the conducted inspection
Risks caused by foundation deformation and damage:
Damage to communications that are laid under or near load-bearing structures;
Damage to the building's internal communications;
Damage to load-bearing walls, partitions, and ceilings;
Повреждение систем водоотведения;
Damage to the pavement and external buildings;
Shortening the life of the building;
Pre-emergency condition and the need for unscheduled major repairs;
Inconvenience of building operation and life-threatening conditions;
Heat loss and mold are caused by damaged waterproofing.
What happens to a building or structure?
What caused the cracks or structural displacements?
Is there any point in waiting for improvements or changes, and what kind of changes are we talking about?
Is a cosmetic repair sufficient, and for how long?
What will happen if I don't do anything, and by when?
Will "store-bought or do-it-yourself" solutions help, and what exactly?
Will the "familiar foreman" be able to solve the issue?
Is it possible to slow down or stop the destruction process?
Is it possible to return to the previous state? What are the options?
When is the best and cheapest time to start solving it? Or can it be done later?
What can you get for X rubles?
How much does the solution cost, and what are the implementation conditions?
Questions Uretek can answer:
No demolition or removal works required
International expertise and database of projects
Work warranty and safety from 5 to 60 years
Long‑term stable polymer resin
Visible and instrumentally verifiable results
Custom material and technical solution design for each project
Results immediately after work completion
Suitable for different types of structures
Environmentally neutral technology and waste disposal
Increases service life and property value
Approved international technologies
Brand history and technological development since 1978
No demolition or removal works required
International expertise and database of projects
Work warranty and safety from 5 to 60 years
Long‑term stable polymer resin
Visible and instrumentally verifiable results
Custom material and technical solution design for each project
Results immediately after work completion
Suitable for different types of structures
Environmentally neutral technology and waste disposal
Increases service life and property value
Approved international technologies
Brand history and technological development since 1978
By contacting URETEK, you will be able to:
-
Figure out what's going on -
Increase the operating time of the facility -
Make an informed and well-considered decision for yourself -
Take control of the asset's condition -
Stop the loss of asset value -
Choose the most suitable way to implement the solution
Completed projects
Almost instant results
Choosing and defining the appropriate solution together with the client
Only top brands of equipment and tools
The possibility of implementing the project in stages according to the client's required schedule
Post-project monitoring and promptness in case of necessary improvements. 24/7 communication
Parallel improvement of the characteristics of hydro-, heat- and vibration insulation of structures
We guarantee:
5 year
minimum warranty on completed work
0,5 mm
precision of the performed work
2-3 days
for completing a standard project
material curing time
18 sec
savings compared to other technologies
25%
NAVIGATION
services