The structural framework of the project
We ensure the supply of steel structures as part of an EPC project: from manufacturer selection to quality control and synchronization with the installation schedule.
Get a QuoteThree classic technologies, engineering optimization, and accurate pricing without final drawings — based on statistical data from completed facilities. We primarily use bolted connections (pre-engineered building technology).
We provide accurate pricing for steel structures — and for the entire project — without detailed drawings, utilizing historical data.
LGSF is used for facilities with relatively low loads: administrative buildings, warehouses, retail, and service premises.
Advantages: fast erection, high manufacturing accuracy, and reduced load on the foundation
Rolled steel sections are used for most industrial and warehouse buildings with medium to large spans.
Advantages: These structures are well-suited for prefabricated buildings due to their combination of strength, manufacturability, and relatively simple installation.
Welded structures are used for buildings with large spans, complex architecture, or increased loads.
Advantages: This technology offers maximum design flexibility and allows for the implementation of complex engineering solutions.
Cross-brace space truss systems (MARHI / Kislovodsk type) — for buildings without intermediate columns. Only two types of elements: nodes and tubes. Installed on steel or reinforced concrete columns. Suitable for sports facilities, shopping centers, and unique architecture.
Lower cost does not mean lower quality. Optimal building cost is a multi-factor process: metal consumption, connection types, framework geometry, and foundation loads.
We conduct optimization in two stages:
We assume full technical liability for the future operational performance of the facility.
We fully manage the supply chain, ensuring quality control and on-time delivery of all materials.
The final stage of project implementation on-site, including assembly and commissioning.