A completed facility in 2–3 months thanks to quick-assembly technology
Site preparation is one of the stages in the comprehensive construction of a prefabricated structure, where all structural solutions are interrelated and developed in accordance with the project’s technical requirements.
The type of site preparation is determined based on the structure’s intended use, soil characteristics, design loads, utility networks, and the facility’s operating conditions. Depending on the project’s technical requirements, site preparation may be major or minor.
Types of foundation preparation solutions include: strip foundation, monolithic concrete slab, precast concrete foundation, asphalt surface, and paving stones.
Foundation preparation and formation are carried out in compliance with requirements regarding load-bearing capacity, geometry, and the subsequent installation of the prefabricated building. This approach provides a reliable foundation for warehouses, production facilities, logistics complexes, hangars, and other structures.
We design comprehensive solutions and implement projects for prefabricated buildings, taking into account the customer’s individual requirements, the company’s technological processes, and the facility’s future development prospects. All solutions – from the foundation to the building’s load-bearing frame – are coordinated as part of a unified engineering system.
Various types of gates and doors for every need:
Since concrete pouring is not required, you can choose the type of flooring that best suits your needs:
Maximum flexibility for any application
All components are bolted together, which allows for quick assembly and disassembly and causes no more than 12% damage to the foundation – a mandatory requirement for temporary structures.
The technology behind quick-assembly structures combines modern materials, durability, and speed of installation. The roof is made of Dikson 650 g/m² reinforced fabric with a PVC coating: it is translucent, resistant to UV rays and wear, meets Class A1 fire resistance standards, and can be further insulated with SANFLEX insulation.
The frame, made of solid anodized aluminum, is designed to last over 50 years, and its rigidity is reinforced by steel beams and cables. Installation is possible on any solid foundation, even on uneven terrain. For walls, sandwich panels made of PIR, T-35 profiled sheet, or Dikson reinforced fabric are available. The flooring can also be customized – ranging from concrete slabs to asphalt or compacted soil.
Bolted connections allow for quick assembly and disassembly without damaging the foundation. Additionally, gates and doors of any type – sectional, automated, or swing – can be installed. This solution ensures flexibility, reliability, and compliance with modern business requirements.
Modern prefabricated structures make it possible to quickly expand production, build warehouses, logistics centers, or pavilions without years of waiting. They are environmentally friendly, energy-efficient, and can be easily adapted to new tasks. This is an innovative alternative to traditional construction that opens up a new level of mobility and cost-effectiveness for businesses.
“Thank you for completing this comprehensive project to build a prefabricated warehouse. The challenges were significant: maintaining logistics routes, ensuring access for oversized cargo, installing custom gates, ventilation, sensor-controlled lighting, and the electrical system. Thanks to your professionalism and clear coordination, the installation was completed in just 5 weeks. We recommend them as a reliable partner for complex projects!”
“The project was implemented over a period of 2.5 months despite the active phase of the war. Thanks to the design features, it was possible to install the facility on an uneven asphalt surface without pouring a foundation. This was a significant advantage, as it eliminated the need for additional time and expenses, as well as for building permits and commissioning.”
"Thanks to the new warehouse facility, we have expanded the usable space of our current warehouse by 350 m2. It was essential to set up the warehouse on the leased space in such a way as not to damage the floor on which it is located.
We highly recommend your services and thank you for your high level of professionalism and efficiency!"
The type of structural design is determined after analyzing the geological conditions of the site, the building’s parameters, and the design loads. Depending on the project, a strip foundation, a monolithic slab, or other structures may be used.
The cost is influenced by the type of soil, the building area, the scope of earthwork and concrete work, the amount of reinforcement, the need for site preparation, and the specific design features.
No. Prefabricated structures can be installed on various solid surfaces – concrete, a slab, asphalt, or compacted soil. A permanent foundation is required only in certain cases, depending on whether there is additional load on the ground.
In most cases, the construction of a prefabricated warehouse does not require a complex foundation. The structures can be installed on concrete, asphalt, concrete slabs, or even compacted soil. This makes it possible to significantly reduce costs and speed up the project implementation process.
Quick-assembly structures are installed using a simplified procedure. They do not require an expert review or commissioning because they do not have a permanent foundation and can be dismantled without damaging the ground. The only requirement is to obtain a site-specific certificate, which is issued online in about 4-5 business days.
Prefabricated warehouses are an innovative alternative to traditional warehouse construction. If you’re looking for a warehouse that can be built quickly, at minimal cost, and with long-term durability, prefabricated construction technology is the ideal choice.
This approach combines fast assembly, flexible use of space, and structural reliability. The warehouse is built using materials that meet modern standards for energy efficiency, fire safety, and durability.
