The metal frame, manufactured using the BMZ (prefabricated building) technology, is an elegant masterpiece of engineering that combines exceptional strength and stability. The uniqueness of this approach lies in the fact that the metal elements of the structure are bolted together to create an extremely efficient integrated system.
The wide range of applications for such structures includes:
- Industrial complexes: workshops, factory buildings.
- Logistics centers: terminals, warehouses.
- Sports facilities: swimming pools, arenas, fitness centers.
- Agricultural facilities: cowsheds, pigsties, poultry farms.
- Refrigerators and freezers.
- Shopping and entertainment centers: shopping malls, shops, markets.
- Car dealerships and car services.
- Catering facilities: restaurants, cafes, canteens.
The steel reinforced concrete (SRC) technology allows for increased strength and reliability of the structure. All frame elements are produced by hot metal processing, which ensures their exceptional durability and high resistance to loads.
These structures have a considerable length and a wide pitch between the pillars, and their height can vary from 6 to 30 meters, depending on the purpose. The metal frame, combined with modern technology, sets a new standard in construction, ensuring efficiency and aesthetics in building.
This technology not only ensures impeccable structural strength, but also opens up wide opportunities for creative design. The metal frame created using this technology not only fulfills its main function as a building carrier, but also is a symbol of modern engineering progress and sophistication.
This frame is not only highly durable but also lightweight, which simplifies transportation and installation. BMZ’s technology sets a new standard in the world of construction, where there is a true synergy between innovation and aesthetics.
| Total area | 170.6 x 98.5 = 16 814 m2 |
| Weight | 5 378 000 kg |
| Quantity of parts | 190 186 (excluding bolts) |
| Height of the building | 42.5 m |
| Destination. | PVC production complex |
| Documentation | Development of the CDM from the set of documentation of the KM stage |
| Steel consumption per 1 m2 | 16 kg per cube |
