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Heavy-duty racks are industrial systems used to store palletized raw materials, dies, machine parts, motors, equipment and high-weight products safely in factories, warehouses and logistics facilities. They improve vertical space utilization, organize forklift operations and support controlled stock placement.
Each system is engineered specifically according to load weight, dimensions, pallet type, bay spacing, forklift characteristics, aisle layout, floor capacity and future expansion plans.
A heavy-duty rack is a steel structural system that stores high-weight pallets, dies, equipment, semi-finished products and large components safely within defined rack bays.
Depending on project requirements, the system may include:
Uprights, beams, bracing and shelf panels are sized according to maximum stored loads.
Rack levels planned according to facility height increase vertical storage capacity.
Rack bays, loading directions and aisle widths can be planned according to forklift type.
Defined storage locations support counting, labeling and order-preparation processes.
Prevent uncontrolled floor stacking and help limit impact, crushing and overturning risks.
New modules, beam levels and safety accessories can be added as facility capacity increases.
High-capacity systems in which standard or custom pallets are placed directly into rack bays by forklifts.
Prepared with reinforced beams, shelf panels and movable pull-out mechanisms where required for press, injection and casting dies.
Provide classified storage for motors, gearboxes, pumps, hydraulic units and large machine components.
Used for horizontal storage of profiles, pipes, shafts, sheets and long components.
Use movable platforms to facilitate crane or lifting-equipment access to dies and heavy components.
Create multi-level storage areas using platforms, stairs and guardrails to utilize warehouse height.
Each project is evaluated individually according to load capacity, warehouse layout and site conditions.
Stored products, pallets, loads, warehouse dimensions, ceiling height, columns, forklift routes, fire equipment and floor conditions are evaluated.
Rack rows, aisles, loading directions, level heights, upright and beam sections, shelf panels, anchors and safety accessories are determined.
Profiles, sheets, beams, shelf panels, bracing and connection components are cut, drilled, formed and assembled according to project dimensions.
Electrostatic powder coating, wet paint, galvanizing or protective coating is applied. Dimensions, welds, connections, beam locks and module compatibility are inspected.
Uprights, beams, shelf panels, bracing, protection and safety components are checked for installation compatibility.
Rack components are delivered, aligned, checked for verticality, anchored and finally inspected before loading.
Existing racks may develop forklift-impact damage, corrosion, beam deformation, loose connections, upright damage or anchoring problems over time. Increased stored loads or different use of rack bays may also require capacity reevaluation.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to load capacity, operating intensity and environment.
Provide high load capacity for uprights, beams, bracing and cantilever components.
Used for base plates, connection components, pallet supports, stops and custom accessories.
Selected according to product base structure, load, airflow and drainage requirements.
Can be considered for applications requiring hygiene, wash-down resistance or high corrosion protection.
Provide durable surfaces for indoor use and applications requiring specific chemical resistance.
Provides long-term protection in humid, semi-open or highly corrosive environments.
Projects are not limited to standard rack dimensions; they are prepared according to actual loads, spans, pallet dimensions, forklift conditions, warehouse geometry and floor structure.
Site survey, layout planning, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Reinforcement, capacity increase, module addition and damaged-part replacement can also be carried out on existing racks.
Load capacity is not a single standard value. It is determined according to rack span, upright height, beam section, load distribution and floor conditions.
Modular systems may use certain production dimensions, but the overall layout, bay spans and level heights are prepared specifically for each project.
Yes. Reinforced shelf panels, pull-out mechanisms or crane-access solutions can be produced according to die weight, dimensions and loading method.
Yes. Uprights, beams, bracing, base plates and anchoring details can be reinforced following a technical assessment.
Yes. Upright protectors, end-of-rack barriers and reinforced base elements can be integrated.
Yes. Shipment, installation, alignment, verticality checks, anchoring and final inspections can be included in the project scope.
Technical assessment and project engineering can be provided for a heavy-duty racking system suited to your loads, pallet dimensions, forklift conditions and warehouse layout.
You can request a quotation for a new system, reinforcement of existing racks or capacity increase by sharing your project information.
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