Engineered Industrial Rack Systems & Configurations
Explore our certified heavy-duty warehouse storage solutions engineered for superior seismic load distribution, multi-tier configurations, and extreme volumetric storage efficiency.
Custom Heavy Duty Storage Rack
Engineered structural frames supporting 1,000kg to 3,000kg unit loads with multi-profile cold-rolled upright sections designed for extreme load cycles.
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Radio Shuttle Pallet Rack System
Semi-automated deep lane storage optimization. Integrates high-rigidity upright geometry with automated self-powered shuttle carriers for FIFO/LIFO control.
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European Standard Granulating Rack
Standardized beam connections, pickling-passivated and electrostatic epoxy coatings for chemical processing and bulk agricultural operations.
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Long Span Boltless Storage System
Modular manual-picking frames supporting 500kg tier capacities, featuring interlocked connector pins and quick reconfigurable step-beam profiles.
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Heavy Duty Selective Pallet Racking
Universal 100% pallet accessibility. Features multi-bend upright frames ensuring torsional rigidity and seamless integration with all standard counterbalance trucks.
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Heavy Duty Engineered Steel Pallets
Heavy gauge steel pallets with anti-deflection cross-bracing, built specifically to stabilize dynamic loads on high-bay pallet rack storage frames.
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Double Deep Distribution Rack
Balanced space efficiency system accommodating two pallet depths per aisle side, cutting aisle ratios by 30% while retaining high SKU versatility.
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High Bay Narrow Aisle (VNA) Rack
Certified high-elevation structural upright frames capable of reaching 15m+ operational heights, optimized for turret trucks and guided crane systems.
View SpecificationEngineering Competence & Production Advantages
Decades of manufacturing rigor combined with rigorous structural engineering make HEDA Shelves the preferred manufacturer for heavy-duty structural frame export contracts.
Continuous Roll-Forming Precision
Our upright columns are fabricated on multi-station automated roll-forming lines using premium Q235B/Q355B structural steel, maintaining minimal cross-sectional tolerances over continuous lengths up to 12 meters.
CE & ISO 9001:2015 Accredited
Fully compliant with CE Certificate No. 2435-CPR-8605159 and ISO 9001:2015 quality frameworks. All load calculations strictly adhere to EN 15512 standards for steel static storage systems.
Advanced Surface Finishing
Components undergo comprehensive 10-stage processing: chemical pickling, phosphating passivation, and electrostatic thermoset epoxy polyester powder coating to prevent corrosion in humid environments.
Tailored Seismic Design
Structural bracing patterns, expanded footplates, and chemical anchor bolt layouts are calculated to withstand dynamic ground acceleration in active seismic zones across Europe, Latin America, and Asia-Pacific.
Free 3D Layout & Static Analysis
Our dedicated engineering team provides free structural CAD layouts, 3D renderings, and finite element analysis (FEA) based on your concrete slab specs, pallet dimensions, and forklift operational data.
Turnkey Global Export Support
Container-optimized bundle packaging protects structural elements during ocean transit. Each shipment includes piece-marked components, detailed installation manuals, and remote video technical supervision.
Strategic Procurement Analysis: The Future of Pallet Rack Systems
Industrial warehouse procurement is transitioning from conventional off-the-shelf static storage toward integrated structural engineering designed for automated operations and strict seismic safety standards.
01. Advanced High-Strength Thin-Wall Profiles
Manufacturers are leveraging optimized structural profiles utilizing high-yield cold-formed steel. By engineering strategically positioned stiffening ribs into upright column sections, frame systems achieve higher buckling limits with reduced overall dead weight, significantly decreasing ocean freight logistics costs without compromising safety margins.
02. Hybrid Automation & Shuttle Integration
Global fulfillment hubs are systematically shifting to semi-automated high-density shuttle racking. The procurement of upright frames now requires precision tolerances (±1.0mm per 10m height) to interface seamlessly with automated shuttle guidance rails, sensors, and automated guided vehicles (AGVs), making frame structural stability critical.
03. Strict Traceability & Environmental Compliance
Procurement directors demand end-to-end material traceability. CE certifications, RoHS testing, and mill test certificates (MTCs) confirming mechanical chemical compositions are mandatory baseline conditions. Environmentally benign pre-treatment without toxic heavy-metal effluents has become a core parameter in global tender appraisals.
Comprehensive Technical FAQ for Project Procurement
Direct technical answers addressing structural calculation, international standards, port logistics, and project planning for warehouse executives.
What standards do HEDA pallet rack frames comply with for European and global markets?
Our pallet rack frames and components are manufactured in accordance with EN 15512 (European standard for steel static storage systems), CE certification No. 2435-CPR-8605159, and ISO 9001:2015. Structural engineers assess bending, torsional buckling, and connector rotational stiffness using rigorous limit state design procedures.
How are upright frame capacities calculated for custom seismic and slab constraints?
Structural calculations require clear ceiling height, slab thickness, concrete compressive strength, pallet dimensions, gross weight, beam level heights, and local ground acceleration (seismic design category). We adjust column profile dimensions, gauge thickness (1.5mm to 2.5mm), horizontal/diagonal bracing patterns, and heavy-duty base plate anchoring accordingly.
What surface protection is recommended for coastal, cold-store, or tropical logistics centers?
For standard dry operations, our 10-stage automated electrostatic powder coating provides a robust 60-80 micron anti-scratch layer. For humid tropical ports, coastal warehouses, cold storage (-30°C), or chemical handling, we engineer continuous hot-dip galvanized upright frames complying with ISO 1461 to guarantee zero flaking and long-term corrosion prevention.
What is the typical manufacturing lead time and container packing method for ocean export?
Production lead time typically averages 15 to 25 days depending on project tonnage (monthly output exceeds 30,000 tons). Frames are packaged as knocked-down units to conserve container cubage or bundled pre-assembled with protective corrugated wraps and heavy-duty steel bands. Components feature color-coded tags and itemized packing lists to expedite port customs clearance.