[email protected] Supplying Australia, New Zealand & the Pacific Islands
EN 1090-1 & CPR 305/2011 Certified

CE Certified High Bay Racking Warehouse Manufacturers & Exporter

Engineered structural steel storage, ultra-dense automated high-bay solutions, and AS 4084 / EN 15512 certified racking systems designed for global logistics infrastructure.

High-Performance Storage Equipment

Engineered Warehouse Racking Portfolio

Precision-engineered high-bay and dynamic racking systems optimized for maximum cubic volume utilization, automated crane integration, and seismic safety compliance worldwide.

Aluminum Rail Motorized Duplex Chain Pallet Flow Industrial Assembly Double Speed Chain Conveyor ASRS Integration

Aluminum Rail Motorized Duplex Chain Pallet Flow Conveyor

High-Speed Handling Continuous Infeed Heavy Load
Wholesale Professional Strong Wire Mesh Garage Decking Pallet Board Low Price Selective Pallet Rack with Waterfall Racking Fire Safety Compliant
Heavy Duty Steel Pallet Racking System Metal Stacking Steel Storage Truck Tire Pallet Rack Steel Pallet Extreme Duty
Express System Remote Control with Shuttle Car Radio Shuttle Robot Pallet Racking Shelves Narrow Intelligent Warehouse Shelving Semi-Automated
Warehouse Gravity Storage Racking Live Gravity Pallet Flow Rack Cooler Gravity Shelving and Racks FIFO Flow

Dynamic Live Gravity Pallet Flow Storage Racking

Brake Rollers Zero Power Consumption Perishable Goods
Low Price Steel Adjustable Foldable Durable Heavy Duty 3-Layer Push-Back Pallet Rack Galvanized Warehouse Racking Rack Shelves LIFO Storage

Telescopic Multi-Layer Push-Back Pallet Rack System

Nested Carts Galvanized Finish 2-6 Deep Lanes
Custom Size Available Warehouse Automation OEM ODM Space Saving Intelligent Shuttle Rack for Logistics Center Intralogistics ASRS
Warehouse FIFO Storage Racking System Flow Through Pallet Roller Racking Roller Track

Heavy Duty FIFO Flow-Through Pallet Roller Racking

Self-Centering High Throughput Galvanized Rollers
2001yr
Established Pioneer
30,000m²
Factory Floor Area
30,000t
Monthly Steel Output
10,000+
Global Projects Built

Engineering White Paper: Structural Integrity & Compliance in High Bay Warehousing

Modern distribution centers, automated 3PL mega-hubs, and cold storage facilities increasingly depend on vertical storage optimization exceeding 15 to 40 meters in free-standing height. In these extreme load environments, high-bay racking ceases to be passive steel shelving and acts as a primary load-bearing structural skeleton. As an authoritative manufacturer and exporter, Guangzhou Heda Shelves Co., Ltd. builds high-bay pallet racking under strict conformity with the European Construction Products Regulation (CPR 305/2011), holding validated CE Certification (No. 2435-CPR-8605159), along with ISO 9001:2015 quality management governance.

High bay installations, particularly Clad-Rack Warehouse Structures (rack-supported buildings where racking supports wall claddings and roof wind loads), require meticulous finite element analysis (FEA). Structural stability is verified against global dynamic load benchmarks, primarily EN 15512 (Steel static storage systems – Adjustable pallet racking systems – Principles for structural design), EN 15620 (Tolerances, deformations and clearances), and the australasian AS 4084 code. Upright columns are manufactured from cold-formed high-tensile steel grades such as Q355B and S355MC, profiled through multi-stage CNC rolling mills to preserve microstructural yield strength and prevent torsional buckle under heavy axial loads.

Technical Parameter Conventional High Bay Racking Automated Crane High-Bay (ASRS) HEDA High-Tensile Standard
Operating Height Limit Up to 15 Meters (VNA Forklift) Up to 40+ Meters (Staker Crane) Up to 42 Meters (Custom Engineered)
Structural Deflection Beam Deflection ≤ L/200 Beam Deflection ≤ L/300 or L/400 FEM 9.831 / EN 15620 Class 100-300 Compliant
Manufacturing Steel Grade Q235B Structural Carbon Q355B / S355MC Micro-Alloyed Certified High-Yield S355 Cold-Formed Steel
Seismic Damping & Anchor Standard Wedge Expansion Anchors Engineered Chemical Resins Dual Chemical Anchoring + Slotted Baseplates
Tolerance Deviations ± 3.0 mm per upright tier ± 1.0 mm cumulative over 30m Laser-Guided CNC Punching Precision ± 0.5 mm

When engineering high-bay structures for high-seismic risk regions (such as New Zealand's Wellington fault line according to NZS 1170.5, or seismic zones throughout Southeast Asia and the Mediterranean), cross-aisle bracing, spine bracing trusses, and energy-dissipative base anchors are integrated into the primary CAD engineering pack. Every consignment supplied by HEDA Shelves comes backed by raw mill test certificates (MTC EN 10204 Type 3.1), comprehensive structural calculations, and installation torque maps for critical anchor bolts.

Strategic Market Foresight

Future Sourcing & Procurement Trends

Warehouse directors, procurement consultants, and 3PL enterprises must balance upfront capital expenditure with total lifecycle survivability. Critical transformations are dominating industrial racking procurement through 2030.

Convergence of Racking with Automation (ASRS)

Purely manual forklift racking is being replaced by hybrid or semi-automated architectures. Sourcing strategies now prioritize standard pallet frames compatible with retrofittable radio shuttles, 4-way robotic shuttles, and automated guided vehicles (AGVs) without tearing down existing upright frameworks.

Life-Cycle Assessment (LCA) & Green Steel

Global supply chain tenders increasingly evaluate environmental product declarations (EPD) and embodied carbon. Procuring warehouse racking produced via energy-efficient electric arc furnaces (EAF) with heavy-metal-free thermosetting powder coatings prevents cross-border carbon border tax penalties.

Supply Chain De-risking & Direct Sourcing

Enterprise logistics hubs bypass tiered intermediary brokers to source factory-direct from certified manufacturers. Direct factory engagement guarantees transparent structural calculations, certified material grades, complete custom stamping, and significantly lower project costs.

Technological Evolution: Next-Generation Warehouse Racking Systems

The logistics hardware sector is undergoing an engineering transition spurred by rising industrial land valuations and the rapid growth of autonomous logistics robots. High bay racking is developing into a responsive, modular, and digitally verified operational asset through several key innovations:

1. Sub-Millimeter Geometric Tolerances for Robotic Handling: Automated Storage and Retrieval Systems (ASRS), including high-speed stacker cranes traveling up to 4 m/s horizontal acceleration, cannot tolerate the deflection rates acceptable in conventional counterbalanced forklift bays. In compliance with FEM 9.831 and EN 15620 Class 100 to 300 tolerances, automated profile cold-rolling lines at HEDA achieve strict column straightness (deviation under 1/1000 of length) and hole punch repeatability within ±0.1 mm, preventing crane shuttle jams.

2. Advanced Protective Surface Finishes: Standard indoor industrial powder coating fails rapidly in extreme humidity, offshore tropical islands, or refrigerated environments. Modern high bay racking incorporates continuous automatic multi-stage chemical pretreatment (acid pickling, zinc phosphating, and deionized passivating rinses) followed by high-voltage electrostatic polyester powder coating. In aggressively corrosive environments, continuous pre-galvanized coils or ISO 1461 hot-dip galvanization are utilized for lifetime corrosion resistance.

3. Dense Radio Shuttle & Autonomous 4-Way Shuttle Racks: Radio shuttle systems bridge the gap between static drive-in racks and multi-million dollar ASRS cranes. A self-powered carrier moves along customized guide rails beneath stored pallets, controlled via Wi-Fi or tablet interfaces. The operator deposits goods at the bay opening while the shuttle transports, stacks, and aligns items deeper in the channel, drastically lowering lift truck travel distance, eliminating racking upright impact damage, and doubling storage density.

Manufacturing Excellence

Why Partner with Guangzhou Heda Shelves Co., Ltd.

Founded in 2001, HEDA Shelves has expanded into a global storage infrastructure leader with a 30,000 square meter state-of-the-art production base and over 300 dedicated professionals.

Verified CE Certification

Certified under CE No. 2435-CPR-8605159 and ISO 9001:2015. Every structural load table, column section property, and beam weldment is traceable and certified for regulatory inspections worldwide.

Massive Industrial Scale

30,000 m² centralized fabrication facility delivering over 30,000 metric tons of finished racking components each month. We handle multi-thousand-pallet turn-key megaprojects without production bottlenecks.

Free 3D & Structural CAD

Our in-house structural engineering team delivers free, complete 3D visualization and finite-element CAD space layouts within 24 to 48 hours, fully modeled around your specific pallet sizes and building columns.

Biosecurity & Export Packing

Shipments destined for Oceania, North America, and Europe are packaged in solid steel stillages or ISPM-15 heat-treated dunnage, guaranteeing zero delays at strict biosecurity customs check-points.

Complete Tariff Documentation

We supply full preferential tariff documentation, including commercial invoices, certificates of origin (ChAFTA, RCEP, Form A/E), and packing manifests to optimize import duties and clearance speed.

Global Installation Oversight

Every component is stamped with an erection tag cross-referenced to assembly drawings. We provide clear installation manuals, remote video guidance, and on-site engineering supervisors for international turnkey projects.

End-to-End 10-Step Quality Controlled Manufacturing Chain

Every beam, upright column, brace, and baseplate is manufactured under one roof under strict ISO 9001:2015 tracking.

01
Raw Steel Testing

Chemical & tensile verification of all hot-rolled coils.

02
Precision Slitting

Automatic steel cutting to tight geometric margins.

03
CNC Punching

Automated column pitch punching at high repeatable speed.

04
Multi-Pass Rolling

Continuous cold roll-forming with up to 24 rollers.

05
Profile Straightening

Hydraulic tensioning to ensure zero twist or camber.

06
Surface Polishing

Mechanical deburring and high-velocity shot blasting.

07
Robotic Welding

Shielded gas robotic seam welding on beam connectors.

08
Chemical Phosphating

Multi-bath acid pickling and anti-corrosion pretreat.

09
Powder Coating

Electrostatic curing at 200°C for wear-resistant finish.

10
Final QC & Pack

Load sampling, bundle strapping, and containerization.

CE Certification No. 2435-CPR-8605159 (EN 1090-1)
ISO 9001:2015 Management Reg. No. 18624Q00169R0M
RoHS & Eco Compliant Lead & Heavy-Metal Free Powder
Global Building Standards AS 4084 / FEM / EN 15512 Design Reference
Knowledge Base & Technical Due Diligence

High Bay Racking Procurement FAQ

In-depth structural, compliance, and logistics answers for warehouse engineers and procurement officers.

What structural data is necessary to formulate an engineered high-bay racking proposal?
To generate accurate static calculations and free 3D CAD schematics, our engineering department requires: (1) Exact warehouse architectural drawings indicating slab expansion joints, column placements, clear eaves height, and overhead obstructions (HVAC, fire sprinklers, busbars); (2) Specific pallet dimensions (length, width, overhang, and total height including pallet runner direction); (3) Maximum weight per pallet (SWL); (4) Material handling equipment (forklift brand, mast model, collapsed mast height, lift height, and minimum turning radius/right-angle stacking aisle requirements); and (5) Local environmental variables, specifically slab geotechnical load-bearing capacity (kN/m²) and site-specific seismic acceleration factors.
How does your CE certification (2435-CPR-8605159) apply to structural racking frameworks?
Under the Construction Products Regulation (EU CPR 305/2011) and EN 1090-1 (Execution of steel structures and aluminum structures), high-bay structural racking that supports buildings (Clad-Rack systems) or forms critical permanent warehouse structures must comply with harmonized European safety norms. Our CE marking certifies that factory production controls (FPC), welder qualifications (ISO 9606-1), welding procedure specifications (WPS), and raw material traceability have undergone rigorous notified-body testing. This allows our international clients to submit certified structural documentation to local building code officials and fire safety authorities without bureaucratic friction.
Can HEDA high bay and mezzanine racking satisfy strict Australian (AS 4084) and New Zealand seismic standards?
Yes. We design and fabricate our upright columns, beams, baseplates, and bracing systems in strict alignment with AS 4084 (Steel storage racking). For seismic regions across New Zealand and Oceania, our engineers calculate rack ductility and base moment capacity against NZS 1170.5 criteria. We supply complete section properties, steel mill test reports, and finite element calculations so your certified local structural engineering consultant can review, verify, and complete Producer Statement (PS1/PS3) documentation. Heavy-gauge anchor baseplates, reinforced lower upright sections, and seismic top-ties can be incorporated to meet regional ground acceleration requirements.
What are the warehouse floor slab flatness requirements for high-bay racking installations?
Floor flatness tolerances are paramount in high-bay applications. When operating Very Narrow Aisle (VNA) turrets or Man-Up order pickers over 10 meters, floor slabs must comply with EN 15620 or DIN 18202 / TR34 (Class DM1 / Superflat). A minor floor deviation at the base multiplies significantly at a 15-meter mast elevation, creating serious collision and sway risks. While standard selective racking accommodates floor class FM3, high-bay ASRS and VNA systems typically require FM2 or defined-movement superflat grinding along the wheel tracks. HEDA supplies slotted steel shims with 1 mm and 2 mm precision increments along with heavy baseplates to balance minor field variations.
What are the lead times for manufacturing, packing, and international container shipping?
Standard high-bay custom fabrication projects typically complete within 15 to 25 working days from final approved CAD engineering drawings, supported by our 30,000-ton monthly capacity. For sea transit, shipments from our factory in South China (Port of Nansha, Guangzhou, or Shenzhen) reach major Australian ports (Sydney, Melbourne, Brisbane) in 14 to 20 days, New Zealand ports (Auckland, Tauranga) in 18 to 25 days, West Coast USA in 16 to 22 days, and European hubs (Rotterdam, Hamburg) in approximately 30 to 35 days. Every shipment is pre-staged in shipping containers using custom metal frames to streamline deconsolidation and reduce handling damage.
How does HEDA prevent biosecurity and timber packaging delays during customs clearance?
We adhere strictly to international biosecurity frameworks, specifically the Department of Agriculture, Fisheries and Forestry (DAFF) standards in Australia and the Ministry for Primary Industries (MPI) in New Zealand. Our racking frames, beams, and uprights are strapped directly to non-timber heavy-duty steel cradles or stacked upon heat-treated, fumigated wooden battens displaying legitimate ISPM-15 certification stamps. Furthermore, containers undergo detailed pre-loading cleanliness inspections, and full phytosanitary certificates, packing declarations, and bills of lading are issued promptly to avoid demurrage at destination seaports.
What beam deflection ratios and safety margins are used in high-bay structural calculations?
Our beam engineering strictly follows EN 15512 and FEM guidelines, which mandate that the maximum vertical deflection of any pallet rack beam under normal safe working load (SWL) must not exceed 1/200th of the clear beam span (L/200) for standard forklifts, and 1/300th or tighter (L/300 to L/400) for automated high-bay crane picking. Moreover, structural design applies a minimum safety factor of 1.5 to 1.65 against material yield limits, and upright columns are calculated using multi-directional Euler buckling formulas factoring in both axial load and eccentric moment forces caused by forklift impact or dynamic deceleration.
How are fire safety and in-rack sprinkler lines integrated within high-bay racking systems?
In structures exceeding 9 to 12 meters, ceiling sprinklers become insufficient to combat localized fires; NFPA 13 and EN 12845 regulations necessitate in-rack sprinkler pipe integration. HEDA's engineering team incorporates dedicated transverse and longitudinal flue spaces (typically 150 mm clear) between back-to-back rack runs. Upright frames are factory-punched with clearance channels or brackets to accommodate pressurized sprinkler main pipes directly behind the pallet stop lines, protecting fire pipes from forklift impact while ensuring unrestricted vertical water penetration across all pallet bays.

Ready to Engineer Your High Bay Storage Infrastructure?

Submit your warehouse floor layout, storage profile, and operational parameters. Our senior structural design engineers will deliver a free 3D CAD proposal, load analysis, and competitive factory-direct quote within 24 hours.