Odinburg residential quarter is a modern microdistrict in Odintsovo, developed according to the "city within a city" principle. The project combines a unique architectural concept, infrastructure and environmental friendliness, creating comfortable living conditions
To create a durable and aesthetically pleasing Polished Concrete pavement on underground and surface parking lots. The main focus should be on durability, resistance to wear and tear and achieving a smooth, shiny surface
Reliability and durability of the coating. We strived to ensure maximum resistance of the coating to mechanical stress, wear and tear and external factors
Aesthetic compliance with the concept. The pavement had to fit organically into the architectural style of the microdistrict, emphasizing its uniqueness
Application of modern technologies. The use of innovative materials and technologies, such as special impregnations and epoxy primers, ensured a high quality result
Compliance with deadlines. All works were performed in strict accordance with the schedule, which minimized inconvenience for the customer
Safety and environmental friendliness. We have paid special attention to the use of materials that are safe for the environment and meet modern sustainability standards
Rough mechanical sanding and leveling of the floor
Strengthening of the top layer with special impregnation
Treatment of cracks and defects with a special technological composition
Nasdir impregnation of the substrate to strengthen the substrate structure
Mechanical polishing for perfect smoothness
Chemical polishing and protection for increased durability and aesthetic shine
Repair of tile joints
Application of markings/navigation in accordance with the customer's requirements
Our team began by developing samples of the coating that showed different texture and gloss options. After discussions, a sample was agreed upon that best met the customer's requirements. This decision became the starting point for the subsequent execution of all stages of work
The first step was rough mechanical grinding, which removed the old coating and leveled the floor map. The next step was to harden the top layer using an impregnation that strengthened the concrete structure. The surface was pre-dusted to achieve a high quality of material application
Next, the team moved on to repairing defects such as cracks and potholes. To fill them, a deep penetration epoxy primer mixed with silica sand was used. The final stages included mechanical polishing to #800 Grit, followed by the application of a protective coat. The finishing touch was chemical polishing, which ensured the durability and aesthetic gloss of the coating
