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Steel platform systems are structural solutions that provide safe access at different elevations to machinery, equipment, production lines, tanks, silos and technical services. They organize maintenance and operating activities, control personnel movement and help use the existing facility volume more efficiently.
Each system is engineered specifically according to intended use, platform height, load capacity, machinery layout, maintenance access, site traffic, floor conditions and occupational-safety requirements.
A steel platform system is an elevated working and access structure consisting of columns, primary and secondary beams, bracing, decking, stairs, guardrails and anchoring components.
Depending on project requirements, the system may include:
Create defined working areas for controlled access to machinery, equipment and technical services.
Create working and storage areas at different elevations and make better use of facility volume.
Workshop-prepared components shorten installation time when assembled with bolted or controlled welded connections on site.
Column positions can be planned around machinery, forklift routes, doors and maintenance zones.
New columns, beams and deck modules can be added or adapted to changing requirements.
Decking, stairs, guardrails, connections and structural members can be renewed or reinforced when required.
Provide safe access for inspection, maintenance and service around or above machinery.
Designed for controlled operator work at production lines, control points or process areas.
Provide access for filling, inspection, sampling and maintenance around tanks, silos and filters.
Prepared as narrower functional structures for compressors, fans, panels, services and energy equipment.
Create areas for assembly, packing, quality control, WIP or light storage.
Developed for dismantling, future expansion, special geometry or integration with existing buildings.
Each project is evaluated individually according to intended use, load capacity and site conditions.
Intended use, target elevation, loads, building dimensions, floor conditions, machinery, access routes and services are evaluated.
Column grids, beams, decking, stairs, guardrails, loading areas and service penetrations are determined.
Structural sections, connections, base plates and anchoring details are defined, and steel components are manufactured according to technical drawings.
Blasting, primer, electrostatic powder coating, industrial wet paint or galvanizing is applied. Dimensions, welds and installation compatibility are inspected.
Columns are anchored and beams, bracing, decking, stairs and guardrails are installed in sequence.
Connections, verticality, deck continuity, access and safety components are checked before handover.
Existing platforms may require modification because of capacity increases, new machinery or equipment, layout changes, corrosion, deck wear or damaged connections.
Following a technical inspection, the following works may be carried out:
Material and surface systems are selected according to load capacity, intended use and environmental conditions.
Provide durable and cost-effective solutions for columns, beams, bracing and primary structural elements.
Provides a durable, cleanable and slip-resistant surface for intensive industrial use.
Allows air, light and liquid passage and is suitable for technical areas, outdoor use and wet zones.
Can provide a flatter and quieter walking surface for offices, light storage and personnel use.
Provide durable surfaces for indoor applications or projects requiring corporate colors.
Provides long-term protection in outdoor, humid and highly corrosive environments.
Projects are not limited to standard platform dimensions; they are prepared according to intended use, actual loads, column spacing, machinery layout, maintenance access, floor conditions and site operations.
Site survey, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Reinforcement, expansion, deck replacement and access modification can also be carried out on existing platforms.
Load capacity is engineered according to intended use, column and beam spans, deck type, load distribution and floor conditions.
Yes. It can be installed in an active facility through site survey and controlled installation planning.
Bolted modular systems can be dismantled and reinstalled when the new location meets dimensional and loading requirements.
Chequered plate, galvanized grating, composite panels, wood-based boards or project-specific surfaces can be applied.
Yes. Stairs, landings, guardrails, toe boards and controlled access gates can be included in the project scope.
Yes. Columns, beams, bracing, decking, connections and anchors can be reinforced following technical inspection.
Technical assessment and project engineering can be provided for a steel platform suited to your machinery layout, intended use, load capacity and site conditions.
You can request a quotation for a new platform, reinforcement of an existing system or access and capacity modification by sharing your project information.
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