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Steel storage-area systems are modular steel structures that convert unused height in factories, warehouses and industrial facilities into a new storage level. They increase stock capacity without requiring a new building, preserve existing production areas and improve space utilization.
Each system is engineered specifically according to stored products, total loads, column spacing, rack layout, forklift routes, fire-escape paths, service penetrations and existing building geometry.
A steel storage-area system is a structural platform that creates a new storage level between the existing floor and the roof or upper slab.
Depending on project requirements, the system may include:
Convert unused height into a second storage level without increasing the building footprint.
Increasing storage capacity within the existing structure can postpone a new warehouse or building investment.
Column and stair locations can be planned around machinery, racks, doors and vehicle routes.
Workshop-prepared steel components shorten installation time when assembled on site.
New columns, beams and deck modules can be added or adapted to different product groups.
Bolted systems can be dismantled and reinstalled elsewhere when conditions are suitable.
Independent systems that transfer loads to the ground through their own columns and beams.
High-density storage systems in which lower-level rack uprights also support the upper floor.
Prepared for light materials, spare parts or WIP storage above assembly and production zones.
Designed for organized storage of small products, consumables and spare parts.
Separate tools, fixtures, maintenance materials and technical equipment from production.
Developed for dismantling, future expansion, special geometry or integration with existing buildings.
Each project is evaluated individually according to storage purpose, load capacity and site conditions.
The target storage area, products, loads, building dimensions, floor conditions, machinery, access routes and services are evaluated.
Column grids, beams, decking, stairs, loading zones, guardrails and rack layouts 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 safety components are installed in sequence.
Connections, verticality, deck continuity, loading zones, access and site compatibility are checked before handover.
Existing systems may require reinforcement or expansion because of stock growth, product changes, rack-layout revisions, 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, product type 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 and humid areas.
Can provide a flatter and quieter walking surface for 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 storage-floor dimensions; they are prepared according to stored products, actual loads, column spacing, rack layout, forklift routes, 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 storage areas.
Load capacity is engineered according to product weights, 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.
Yes. The upper-floor capacity can be engineered according to rack and product loads.
Chequered plate, galvanized grating, composite panels, wood-based boards or project-specific surfaces can be applied.
Yes. New modules, decking, stairs and loading areas can be added following technical assessment.
Technical assessment and project engineering can be provided for a steel storage-area system suited to your facility height, products, load capacity and site layout.
You can request a quotation for a new storage floor, reinforcement of an existing system or capacity increase by sharing your project information.
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