The building has a frame-braced structural scheme consisting of fully prepared installation elements (columns, beams, girders, purlins, and floor panels). The primary load-bearing elements are columns, along with the roof beam and girder system. The frame type defines the building’s cross-section.

The frame installation spacing varies from 2.4 to 3 meters. The geometric stability of the frame is ensured by a system of longitudinal and transverse braces, as well as the rigid attachment of columns to the foundation. The roof is constructed using a segmented purlin system.

All frame elements are made of cold-formed steel profiles produced on an automated line. These cold-rolled profiles form complex sections, with embedded parts, necessary openings, and markings. The section of each element is determined by calculations, assembly efficiency, cost minimization, and the reduction of subsequent work across related areas. Assembly of elements is performed using bolted connections through connecting parts.

Floor slabs (and attic slabs, if necessary) are made from prefabricated factory-ready framed panels supplied as installation-ready elements. The core of each panel is made from cold-rolled galvanized profiles of the required section.

The underside of the first-floor slab panels is a sandwich panel with thickness calculated for insulation needs, preventing floor freezing. The underside of inter-floor slabs is a 60 mm sandwich panel, serving as the finished ceiling layer of the lower floor (with an optional suspended ceiling) and providing fire protection and sound insulation. The slab panels are filled with insulation, equipped with necessary passages, and feature a subfloor of two layers of cement-bonded particleboard (CBPB) with a vapor and moisture barrier between them. CBPB joints and fasteners are additionally sealed during production.

Standard frames and elements allow for the realization of nearly any fast-erecting construction project for residential and administrative buildings, while accommodating specific project features—such as a ventilated crawl space (without the need to elevate foundations), skylights within the building, and more.

Standard buildings feature an aesthetic exterior due to the use of high-quality sandwich panels as enclosing structures, which possess enhanced strength and geometric properties thanks to advanced production technology. Additional decorative exterior elements, such as perforated and louvered facades, can be applied as optional features.

Well-designed and construction-friendly architectural joints ensure a high-quality thermal envelope, which sets these buildings apart from temporary block-modular structures.

The availability of ready-made templates for key software products used in developing working documentation enables the rapid creation and approval of primary drawings for production.

We are prepared to carry out design work of any scope, whether developing only the main technical solutions or providing a full set of design and working documentation with expert review.

Additionally, we are happy to share our proprietary software tools with external design organizations and provide guidance on their use. These tools can significantly simplify the development of architectural and structural sections.

Standard technical solutions allow for the use of any engineering networks. Most networks are installed in the building on-site after the main building framework is completed, although some networks may be pre-installed in structural elements. Pre-installed networks can include drainage, lighting, and power supply systems, especially in cases of high repetition of standard rooms within the building.