5-Layers Folding Steel Slotted Angle Rack
Bolted/boltless modular light storage equipped with epoxy passivation for manual multi-level retail, archivals, and picking operations.
Engineered Systems
Industrial Grade Storage & Pallet Racking Portfolios
Precision-roll-formed from premium certified structural Q235B/Q355B steel, each system is engineered to satisfy stringent load-deflection ratios under FEM 10.2.02 and EN 15512 standards.
120-1000KG/Layer Customized Steel Shelving
Heavy duty slotted beam longspan configuration with galvanized steel deck boards designed for high-density automotive garage and warehouse spare parts.
Automated Radio Shuttle Pallet System
High-density semi-automated deep-lane platform operating under programmable FIFO/LIFO sequences with cold-chain resilience down to -25°C.
Heavy Duty Selective Pallet Racking
100% direct access to every pallet position. Interlocking beam connectors with 3-hook claw profiles maximize transverse rigidity for broad SKU matrices.
Industrial Moveable Metal Stacking Racks
Tubular welded base units with demountable posts. Nestable logistics design reducing empty reverse haulage freight while maximizing temporal floor utilization.
Stackable Fabric Roll A-Frame Racks
Engineered for roll stock, non-wovens, and cylindrical raw textiles. Equipped with anti-sway bracing and cradled saddle supports for stable vertical accumulation.
Heavy Duty Steel Push Back Racking
Telescoping nested nested nested rolling carts on inclined steel guide rails. Eliminates drive-in entry requirements, boosting lane throughput by up to 40%.
Multi-Level 1000-3000KG Pallet Storage Racks
Continuous roll-formed omega upright posts paired with box beams, engineered for deep industrial warehouses requiring ultra-rigid high bay stacking.
Manufacturing Capacity & Compliance
Why Global Supply Chains Rely on HEDA Shelves
From single-facility retrofits to multi-country 3PL logistics parks, our vertically integrated plant in Guangzhou bridges competitive manufacturing scale with Western structural standards.
Validated Structural Compliance
Export components are manufactured under audited quality regimes. We hold verified certifications including CE Certificate No. 2435-CPR-8605159 and ISO 9001:2015 No. 18624Q00169R0M.
- Finite Element Analysis (FEA) testing for frame buckling
- Steel mill certifications on every master coil lot (Q235B / Q355B)
- Deflection tolerances held strictly under L/200 load standards
Free End-to-End Layout Engineering
Our dedicated design bureau converts raw CAD footprints into optimized volumetric configurations within 24–48 hours, fully eliminating costly spatial blind spots.
- Aisle width calculations for Counterbalance, Reach, and VNA
- Full 3D digital twins and detailed pallet clearance simulations
- Building column collision modeling and egress layout review
Climatic & Seismic Adaptation
We configure racking installations globally—ranging from the seismic belts of Central America to the highly corrosive maritime humidity of coastal distribution terminals.
- Expanded baseplate footings & seismic anchor doweling
- Automated 9-stage pickling, phosphating & electrostatic curing
- Optional hot-dip galvanizing for cold storage (-25°C) & exterior yards
Quality Assurance Standard
Precision Production: From Hot-Rolled Coil to Powder Finish
Every rack beam, upright post, and bracing strut undergoes 10 continuous quality check-gates inside our 30,000 m² Guangzhou production facility.
STEP 01
Coil Raw Materials
STEP 02
Precision Slitting
STEP 03
CNC Auto-Punching
STEP 04
Cold Roll-Forming
STEP 05
Profile Profiling
STEP 06
Edge De-Burring
STEP 07
CO2 Shield Welding
STEP 08
Pickling/Phosphate
STEP 09
Powder Coating
STEP 10
QC & Bundling
Engineering Whitepaper
System Architecture: Selecting the Optimum Storage Configuration
Industrial warehousing is moving away from static square-meter calculations toward dynamic cubic-meter volumetric throughput. The table below outlines how modern procurement managers weigh pallet selectivity against density.
| Racking Topology | Floor Space Utilization | Selectivity Profile | Stock Rotation | Forklift Compatibility | Primary Sector Applications |
|---|---|---|---|---|---|
| Selective Pallet Racking | 40% – 50% | 100% Direct Access | FIFO / LIFO | Standard Counterbalance, Reach | Retail, 3PL Fulfillment, Multi-SKU Distribution |
| Radio Shuttle System | 75% – 85% | Lane Dependent | FIFO or LIFO | Standard Counterbalance (no entry) | Cold Storage, Food & Beverage, High Volume SKUs |
| Drive-In / Drive-Through | 65% – 75% | Low (Tunnel Stacking) | Strictly LIFO | Specialized Narrow Counterbalance | Seasonal Sacks, Raw Sugar, Homogeneous Goods |
| Push Back Racking (Cart) | 60% – 70% | Medium (2–6 Deep) | Strictly LIFO | Standard Reach / Counterbalance | Medium Turnover Manufacturing Buffers |
| Rack-Supported Mezzanine | Up to 180% | 100% Hand Picking | Flexible | Conveyors, Vertical Lifts, Manual Carts | E-commerce, Auto Parts, Garments, Electronics |
Strategic Foresight
Future Procurement Trends Shaping Global Warehousing (2025–2030)
Supply chain executives face rising land premiums, tightening labor markets, and aggressive carbon-reduction mandates. Strategic racking procurement is moving toward several distinct milestones.
1. Convergence with Autonomous Mobile Robots (AMRs)
Traditional fixed pallet racking is being engineered to accommodate robotic interface points. Future layouts must incorporate floor flatness specifications (DIN 18202 / ASTM E1155) and reinforced lower tier clear-spans to facilitate seamless AMR, AGV, and autonomous reach-truck travel without structural interference.
2. High-Density Micro-Fulfillment & Mezzanine Expansion
As logistics nodes move closer to urban clusters where construction approvals are slow and square-foot rents are high, brownfield warehouses are turning to multi-tier rack-supported mezzanines. Adding two or three catwalk floor tiers on existing floor slabs doubles or triples usable order-assembly area without exterior site expansion.
3. Resilient Anti-Corrosive Chemistries for Cold Chains
The rapid global expansion of fresh perishables, vaccines, and biologics is testing standard racking paint. Buyers increasingly require heavy-metal-free, anti-microbial thermoset powder coatings that endure continuous condensation and sub-zero thermal cycling down to -30°C without micro-cracking or delamination.
4. Supply Chain Circularity & Decarbonized Steel
Carbon footprint transparency is becoming standard criteria on large multinational tenders. Forward-thinking manufacturers are sourcing scrap-recycled EAF (Electric Arc Furnace) strip coils, adopting zero-VOC dry powder application lines, and engineering modular profiles that can be reconfigured or expanded later rather than scrapped.
5. Full-Container Direct-Drop Logistics Planning
Global ocean freight costs require smart load engineering. Leading exporters use proprietary 3D carton-and-bundle loading software to mix long upright components with nested nesting boxes, achieving over 95% container volume utilization and significantly lowering the freight cost per pallet position for overseas buyers.
Procurement Knowledge Base
Frequently Asked Technical & Commercial Questions
Practical answers to help warehouse operators, structural engineers, and international procurement managers de-risk racking investments.
Get a Quote
What critical parameters are required to calculate structural load designs?
+
To engineer safe, non-deflecting upright frames and beam sections under FEM/RMI criteria, we require: (1) Pallet footprint dimensions including overhang [L×W×H]; (2) Maximum gross pallet weight including dynamic safety factors; (3) Usable warehouse clear height beneath low points such as fire sprinklers and purlins; (4) Mast lift reach and operational minimum aisle turn radius of your forklift; and (5) Floor slab thickness, compressive concrete strength (PSI/MPa), and local seismic acceleration coefficients (Ss, S1).
How do you protect exported steel structures from sea container humidity?
+
Ocean shipments endure 20 to 50 days of intense salt-fog, temperature cycling, and container sweat. We implement an industrial pre-treatment process: components are fully immersed across 9 automated acid-pickling and phosphating stages to strip all micro-scale mill scale. Next, an electrostatic powder coating (70–90μm) is applied and cured in a gas-fired oven at 200°C. Finished bundles are separated with corrugated corner buffers, wrapped in vapor-barrier poly-film, and banded with steel strapping onto wooden skids.
Can your engineering team support regional seismic code requirements?
+
Yes. We regularly export into seismically active territories across Latin America, the Pacific Rim, and the Mediterranean. Using STAAD-Pro and ANSYS FEA software, our structural engineers evaluate base plate thicknesses, specify heavy-duty wedge anchor embedment depths, and add rear X-bracing or portal ties. This ensures the frame design meets your local municipal building codes and property risk insurance standards.
What is the standard lead time from initial CAD sign-off to port dispatch?
+
Standard fabrication cycles for custom-rolled industrial orders (1 to 5 standard 40HQ containers) take approximately 15 to 22 business days following technical CAD approval. Peak season, highly customized paint RAL matching, or large-scale multi-tier structural projects spanning dozens of containers are sequenced over staggered multi-container shipping schedules.
How is on-site installation managed for international overseas projects?
+
Every dispatched system includes high-resolution assembly mark drawings, 3D exploded connection schematics, and an itemized container pack list where all parts are tagged with matching part codes. For mid-sized installations, we provide remote video reviews and real-time support for your local rigging team. For large-scale logistics facilities, HEDA Shelves can dispatch bilingual on-site site installation supervisors to guide your local team.