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STARMODUL FREQUENTLY ASKED QUESTIONS
In this section, we address the most common questions about StarModul metal structures, how bolted connections work, structural profiles, on-site assembly, do-it-yourself kits, and the system’s various applications.
StarModul uses mechanical connections to join steel profiles, allowing structural joints to be assembled using specific components and fasteners. This means that joints designed with the system can be assembled without the need for welding during installation.
You will also find information on galvanized steel, structural calculations, profile compatibility, extensions, enclosures, installation documentation, and assembly drawings. The final configuration of each structure always depends on its geometry, loads, intended use, location, and the project’s technical requirements.
If you are considering a home, industrial building, porch, addition, modular unit, or custom metal structure, these frequently asked questions will help you understand what the StarModul system can offer and what aspects need to be defined before the structure is manufactured and assembled.
How mechanical connections work, what types of joints they can address, and what profiles are used.
Homes, industrial buildings, porches, additions, modules, and custom-designed structures.
Assembly process, tools, kits, blueprints, part numbers, and assembly instructions.
GET ANSWERS TO YOUR QUESTIONS
We’ve organized the questions by topic so you can quickly find the technical information you need.
What it is, how it works, and what design possibilities it offers.
Galvanized steel, corrosion, moisture, and biological agents.
Uses, extensions, finishes, and structural calculations.
Welding, tools, kits, and assembly instructions.
STARMODUL SYSTEM
Basic concepts regarding the system’s operation, design, and general characteristics.
StarModul is a system for constructing metal structures using steel profiles and bolted connections. The connecting components allow for the creation of various types of joints using bolts, eliminating the need to weld directly at those joints during assembly.
The structure is designed in advance, and the profiles are connected using StarModul connectors and fasteners. Each connection corresponds to a specific joint geometry and allows for the progressive assembly of columns, beams, frames, and other structural elements.
The cost depends on the geometry, dimensions, loads, finishes, transportation, and installation conditions of each project. The StarModul system aims to optimize the process through industrialized components, mechanical assembly, and pre-fabrication of materials; therefore, costs must be compared on a project-by-project basis.
The system allows for the development of different geometries and configurations by combining profiles and joint types. The feasibility of each design must be verified through structural analysis, taking into account the system’s characteristics and limitations.
MATERIALS AND DURABILITY
Answers regarding protection against corrosion, moisture, materials, and finishes.
Galvanized steel has a protective zinc coating that improves its resistance to corrosion. In addition, tubular profiles offer a good strength-to-weight ratio and are suitable for ready-to-assemble structural systems.
Galvanizing protects steel from corrosion, but its actual durability depends on the environment, exposure, coating thickness, construction details, and maintenance. Damaged or modified areas must be properly protected.
Galvanized steel and metal panels commonly used in building envelopes do not absorb water like other porous materials. Proper installation of joints, flashings, waterproofing, and ventilation remains essential to the overall performance of the structure.
The system supports various finishing solutions depending on the project. For exterior applications, exposed panels or compatible cladding systems—such as ETICS, ventilated facades, or mechanically fastened cladding—can be used. For interior applications, solutions such as drywall or other cladding materials compatible with the construction system can be used.
APPLICATIONS AND PROJECT
Information on applications, custom designs, expansions, and calculations.
The system can be used on various types of metal structures, such as homes, industrial buildings, porches, modules, additions, roofs, structures for solar installations, and other custom-designed solutions.
Screw connections make it easier to disassemble components and allow for the consideration of modifications or expansions. Any changes must be reviewed through structural analysis to verify loads, stability, connections, and compatibility with the existing structure.
Yes. The geometry, loads, intended use, location, and conditions of the project determine the required profiles, thicknesses, joints, and fasteners. The final configuration must be verified through the appropriate structural analysis.
Yes. The system allows you to adapt the geometry and dimensions to the project’s needs, provided that the solution is compatible with the profiles, connections, and structural analysis requirements.
ASSEMBLY AND KITS
Frequently Asked Questions About Welding, Tools, Kits, and Assembly Instructions.
Not in joints connected using StarModul connectors. The profiles are mechanically connected using the connectors and the corresponding fasteners.
The assembly follows a sequence defined in the project documentation. Typically, the process begins with layout and the foundation; columns and perimeter members are then assembled, and the structure is progressively completed with beams, the roof, and the specified bracing elements.
Screw connections are installed using tools appropriate for the system’s fasteners. Depending on the size and height of the project, lifting equipment, layout tools, leveling equipment, and the appropriate safety equipment may also be required.
Yes. StarModul offers ready-to-install solutions that may include profiles, connectors, fasteners, and documentation organized according to the project configuration.
The documentation may include layout drawings, profile breakdowns, joint locations, elevation references, 3D views, and, where applicable, drawings for panels and enclosures.
The timeline depends on the dimensions, geometry, number of components, accessibility, assembly equipment, and site conditions. The preparatory work and bolted assembly are designed to simplify the process, but the time required must be estimated on a project-by-project basis.
MORE INFORMATION
Refer to the system’s technical pages for more detailed information on its operation, installation, and documentation.
How the bolted joint system works and its technical specifications.
Catalogs, technical documentation, and examples of assembly drawings.