Engineered for intralogistics performance, seismic resilience, and dynamic warehouse workflow compatibility. Each system is fully customizable to international pallet dimensions, bay clearances, and automation integrations.
Manual Pick / B2B
Versatile slotted angle shelving offering modular upright configurations, anti-corrosive powder coating, and rapid boltless reconfiguration for components and retail fulfillment.
Industrial Stacking
Reinforced cold-rolled structural steel bays tailored for high-bay manufacturing supply rooms, heavy spare-parts staging, and high-frequency tool room storage.
High Density LIFO
Continuous lane framing eliminating operating aisles. Maximizes cold storage cubic volume and deep-lane bulk retail staging with top bracing stabilizers.
Selective Access
The international baseline for general intralogistics distribution hubs. Offers 100% individual pallet selectivity, 50mm pitch adjustability, and EN 15512 safety pins.
Medium Density Pick
Standard modular dimensions with drop-in steel or timber decks. Perfect for hand-loaded cartons, e-commerce order picking aisles, and automotive parts depots.
Multi-Tier Stacking
Optimized column profiles using Q235B/Q355B steel, featuring electrostatic micro-textured epoxy powder coating that resists chemical corrosion and moisture.
Direct Factory Line
Certified structural assemblies featuring interlocking step beams and continuous column roll-forming, delivering high stability for maintenance and retail inventories.
Gravity Dynamic LIFO
Telescoping nested carts moving on inclined structural rail channels. Accommodates 2 to 6 pallets deep without forklifts needing to enter the rack superstructure.
Operating from our 30,000 m² heavy-gauge production facility with over 300 skilled fabricators and engineers, Guangzhou Heda Shelves Co., Ltd. delivers factory-direct intralogistics systems worldwide.
All cold-formed racking profiles and load-bearing welds comply with European EN 15512, EN 15620, and CE Certificate No. 2435-CPR-8605159 for strict municipal inspections.
Comprehensive site feasibility analysis: we create aisle optimization drawings, seismic calculations, and 3D virtual renderings within 24 to 48 hours based on your layout and fleet specifications.
Custom RAL electrostatic powder-coating, proprietary hole punching pitches (50mm/75mm/76.2mm), unique packaging, and private label branding for logistics equipment dealers.
Optimized container bundle loading minimizing ocean freight volume, protective seaworthy wrapped bundling, numbered installation marks, and full global customs clearing paperwork.
A strategic analysis of high-density steel warehouse installations, total cost of ownership (TCO) optimization, and automation readiness for supply chain directors.
The intralogistics sector is rapidly shifting from manual counterbalance forklifts to Autonomous Mobile Robots (AMRs) and automated four-way shuttle carriers. Structural racking must deliver tighter dimensional tolerances under EN 15620 Class 300/400 standards, engineered for zero beam deflection variance during robotic handling.
Procurement is transitioning from low-gauge generic carbon steel to high-yield Q355B and micro-alloyed structural coils. Advanced continuous roll-forming creates multi-ribbed upright sections that deliver 25% higher load capacities while reducing steel dead-weight, lowering both ocean freight costs and carbon emissions.
With cold-storage energy rates rising worldwide, standard selective layouts are being replaced by Radio Shuttle systems, Drive-in configurations, and multi-deep Push-Back racking. Minimizing cubic volume per pallet position directly reduces refrigeration power consumption by up to 35%.
Selecting an industrial warehouse storage topology requires balancing SKU selectivity against cubic storage density. The comparative matrix below outlines structural metrics, standard equipment needs, and operational profiles across primary racking configurations:
| Racking Topology | Floor Space Utilization | SKU Selectivity Ratio | Stock Rotation Strategy | Material Handling Equipment | Seismic & Impact Rating |
|---|---|---|---|---|---|
| Selective Pallet Racking | 40% – 50% | 100% Direct Access | FIFO / LIFO Dynamic | Standard Counterbalance Forklift | Standard Upright Anchor Base |
| Double-Deep Pallet Rack | 55% – 65% | 50% Direct Access | LIFO Strategy | Reach Truck with Pantograph / Deep Forks | Interconnected Dual-Row Bracing |
| Drive-In Pallet Racking | 70% – 80% | 10% – 20% Batch Lane | Strict LIFO (FIFO Drive-Through) | Narrow Mast Forklift Entry | Top Tie Beams & Heavy Column Protectors |
| Radio Shuttle System | 80% – 90% High Density | Lane Dependent | Automated FIFO or LIFO | Standard Forklift + Semi-Auto Shuttle | Rigid Guided Rails & End Bumpers |
| Push Back Racking (2-6 Deep) | 65% – 75% | Per-Lane Front Selectivity | LIFO Gravity Return | Standard Counterbalance / Reach | Inclined Channel Bed with Stop Cushions |
| Rack-Supported Mezzanine | Up to 200% Extra Area | 100% Manual / Pick-Face | Multi-Level Flexible Pick | Order Pickers, Goods Lifts, Conveyors | Integrated Column-Load Engineering |
Procuring structural warehouse racking internationally requires evaluating dynamic engineering criteria beyond initial steel price per kilogram:
Verify mill test certificates (MTC) confirming raw steel tensile strength, elongation, and yield points (such as Q235B or Q355B). Automated roll-forming with multi-station profiling eliminates micro-fractures along column flanges, maintaining structural load ratings under dynamic loads.
Long-term corrosion resistance relies on proper pre-treatment. Our 5-stage automated pre-wash, hot pickling, and iron phosphating lines create an ideal chemical profile for electrostatic powder coating, exceeding 500 hours in neutral salt spray testing.
Heavy-duty upright base plates distribute high static and dynamic point loads across concrete warehouse slabs. Anchor bolt embedment depth, slab PSI capacity, and sub-base expansion joints must be modeled directly in initial layout drawings.
From raw steel coil inspection to automated robotic welding and electrostatic powder coating, every production phase operates under ISO 9001:2015 quality control.
Ultrasonic gauge testing and spectrometer chemical verification of raw structural steel coils.
High-speed rotary sheer lines cutting master coils into precise strip widths for uprights and box beams.
High-speed CNC stamping presses creating precise teardrop, diamond, or metric pitch patterns.
Multi-stage roller dies forming structural upright columns and interlocked step-beam profiles.
Automated robotic arms welding multi-claw beam connectors with deep penetration and zero weld spatter.
Automated immersion baths stripping scale and applying iron-phosphate conversion coating.
GEMA automated powder spray booths applying 60–90 micron scratch-resistant thermoset epoxy coatings.
Corner protection, corrugated padding, steel strapping, and wooden skid crating for maritime transport.
Direct technical and commercial answers addressing structural parameters, international logistics, installation procedures, and supply chain timelines.
Yes. Every racking system is engineered around your specific load carriers. For EUR/EPAL 1200 x 800 mm, UK 1200 x 1000 mm, and US GMA 48 x 40 in pallets, we adjust frame depths (typically 1100 mm for 1200 mm pallets, or 42 in for 48 in pallets) and calculate beam lengths to ensure proper 75–100 mm side clearances and standard 50–75 mm pallet overhangs per EN 15620 and ANSI MH16.1 guidelines.
We supply CE Certificate No. 2435-CPR-8605159, ISO 9001:2015 Certificate No. 18624Q00169R0M, and RoHS testing verification. On request, our structural engineering department generates full calculation dossiers, finite element analysis (FEA) reports, and beam deflection load tables referencing EN 15512, EN 15620, and local seismic criteria for review by local municipal building authorities and insurance inspectors.
Standard factory production lead time is 15 to 25 days depending on total project tonnage and custom RAL color runs. Transit times via ocean freight are approximately 14–18 days to the US West Coast, 28–35 days to the US East Coast, 28–35 days to main European container ports (Rotterdam, Hamburg, Antwerp, Valencia), and 12–18 days to Australia/Middle East hubs.
To provide an optimized CAD proposal, our engineering team needs: 1) A clear DWG or PDF floor plan showing column locations, emergency exits, and dock doors; 2) Clear internal warehouse height to the lowest obstruction (sprinklers/lighting); 3) Pallet dimensions (W x D x H) including goods and total gross weight; 4) Forklift model, maximum lift height, and minimum turning aisle width (AST); 5) Environmental details such as operating temperature (cold store vs. ambient) and regional seismic zone.
Every production run ships with clearly numbered component tags corresponding to detailed 2D installation drawings and 3D step-by-step assembly guides. We provide real-time remote technical support via video conference. For large automated shuttle projects or complex multi-tier mezzanine platforms, we can dispatch senior structural installation supervisors to your job site to oversee your local mechanical installation team.
Yes. We act as an OEM/ODM manufacturing partner for racking integrators, storage equipment dealers, and installation contractors across Europe, the Americas, and Australasia. We provide custom upright slot profiles matching your proprietary teardrop or hook patterns, custom RAL architectural powder-coating lines, custom product labeling, and unbranded export packing slips.
Share your warehouse floor plan, clear building height, and pallet specifications. Our senior intralogistics structural engineers will prepare an optimized 2D/3D storage layout with load calculations within 24 to 48 hours.