In high-traffic areas, you'll most often observe:
The main reason is the lack of a comprehensive engineering approach: coatings are selected without considering the actual load and the condition of the foundation.
The technology of polishing concrete surfaces is increasingly being used in large educational facilities.
Unlike multilayer coatings, polished concrete works with the structural layer itself. This allows for:
In practice, this technology is used in:
When implementing large educational clusters, not only floors but also monolithic structures such as stands, stair elements, and atrium columns are polished.
Working with polished concrete requires a strict sequence of steps:
1. Foundation diagnostics
Coarse grinding;
3. Processing of defects and cracks;
4. chemical strengthening;
5. Multi-stage polishing to the required degree of gloss;
6. Protective Coating.
For large-area projects, laser scanning and digital modeling can be used to ensure geometric accuracy, which is particularly important when working with atriums and staircase areas.
This approach allows us to maintain strict geometric parameters and achieve surface uniformity over tens of thousands of square meters.
Sports halls and bleachers require a separate approach.
Polished concrete is effectively used in tribune and aisle areas, providing high wear resistance and resistance to abrasive loads.
In gaming halls where surface elasticity is required, polyurethane systems with controlled slip coefficients can be used.
Thus, one educational facility can combine several technologies depending on the functional purpose of the zone.
Large educational projects are often implemented in conditions of:
The polished concrete technology is well adapted to these conditions due to step-by-step processing and flexibility in selecting hardening impregnations. This allows for maintaining stable coating quality without missing deadlines and with a guarantee of safety.
There is a common belief that polished concrete can be slippery.
In practice, the grip level is very high and is also additionally adjusted by the degree of polishing.
With the correct technology, the surface meets safety requirements for public buildings.
On sites with an area of 20,000–30,000 m², not only the installation cost but also the operating cost becomes a key factor.
Polished concrete allows for:
This is especially important for schools and high schools due to limited budgets and short off-season repair windows.
Repairing floors in educational institutions requires a comprehensive engineering approach, taking into account zoning, actual load, and the condition of the base.
Practice in implementing large educational facilities shows that in public areas, the most rational solution is grinding and polishing concrete bases with chemical hardening using the "polished concrete" technology.
Specialized premises may require additional systems, however, it is working with structural concrete that ensures durability, wear resistance, and cost-effectiveness of operation.
Service life of 15–20 years or more, even under high load.
Resistant to abrasive wear and not prone to delamination.
Hardening and polishing completely eliminate dust.
Minimal maintenance costs and no frequent repairs.
Provides high traction.
We look forward to receiving your application. You can share your resume, portfolio and cover letter at hr@tconcrete.ru or send your project to hello@tconcrete.ru
