Manufactured with premium high-yield cold-rolled steel, strict dimensional tolerances, and multi-stage anti-corrosion treatments for distribution centres, heavy manufacturing plants, and e-commerce logistics hubs.
Manual Picking
Engineered for fast carton handling, parts storage, and assembly lines. Modular beam connectors allow 50mm vertical step adjustment without specialized tooling.
Heavy Pallet
High-load box beams coupled with heavy-gauge uprights. Optimized for standard ISO, GMA, and Euro pallets with high resistance to material deflection.
100% Selective
The industry benchmark for multi-SKU retail replenishment and 3PL hubs. Allows 100% direct access to every pallet position for rapid reach truck retrieval.
Automated / FIFO
Semi-automated radio shuttle platform that eliminates forklift entry inside storage channels. Perfect for low-temperature cold stores and high-volume batch handling.
Wide Span
Extended-span horizontal beams for oversized crates, irregular machinery, and high-cube packaged bulk inventory without structural center obstacles.
Light Duty Modular
Cost-efficient, rapidly assembled shelving for e-commerce fulfilment picking shelves, automotive spare parts, and toolroom hardware storage.
Tire & Stacking
Engineered post and base retention framework preventing sidewall tyre damage while enabling modular floor stacking without dedicated permanent upright aisles.
Prefab Buildings
Complete turnkey portal-frame steel building integration matching your interior racking footprint, dynamic live loads, and regional seismic acceleration standards.
Direct manufacturing eliminates tier-layer markups while ensuring certified structural integrity, standardized cold-forming metallurgical purity, and global export packaging precision.
Fabricated using certified Q235B and Q355B cold-rolled structural steel. Certified under CE No. 2435-CPR-8605159, ISO 9001:2015 (Reg. No. 18624Q00169R0M), and European RoHS standards.
Every commercial quote is backed by parametric structural calculation, aisle sweep analysis for specific forklift models (Counterbalance, Reach, VNA), and localized seismic reaction modeling.
Components undergo an automated 10-stage preparation cycle including chemical pickling, heavy phosphating, and electrostatic polymer powder coating to resist tropical humidity and marine corrosion.
Pallet components and upright frames are systematically banded, timber-cradled, and sequentially labeled per bay number to prevent transit scratching and drastically speed up container clearance.
From raw coil slitting to automated CNC punch lines, every structural beam and upright truss undergoes robotic fabrication with strict continuous quality checks.
Analyzing architectural shift points, automation convergence, and structural optimization required for modern enterprise supply chain resilience.
Escalating urban land acquisition costs, heightened commercial utility rates, and rapid consolidation of regional 3PL networks are compelling supply chain managers to abandon traditional 3.5-meter wide-aisle static selective racking. Procurement trends show a decisive capital reallocation toward semi-automated Radio Shuttle and Pallet Flow topologies, which deliver upwards of 80% spatial volumetric efficiency by eliminating forklift transit lanes within storage cubes.
In high-throughput sectors such as beverage distribution, FMCG manufacturing, and commercial cold storage, integrating two-way and four-way radio shuttles dramatically decreases turnaround time. Pallets travel smoothly along precision-profile rails on automated carriers controlled by warehouse management systems (WMS). For procurement directors, this transition slashes forklift collision damage to rack uprights by up to 90%, reduces facility footprint requirements, and preserves structural life cycles under demanding multishift operations.
Procuring warehouse racking is no longer a simple catalog commodity purchase; it is a critical civil structural engagement. As enterprise facilities expand in seismically active regions—such as the Pacific Rim, Central America, and Southern Europe—engineering compliance requires calculating base-plate shear loads, column anchorage depth, and horizontal deflection parameters under dynamic operating loads.
Our engineering team performs non-linear FEM (Finite Element Method) simulations evaluating the combined effects of dead weight, live pallet payloads, dynamic forklift braking forces, and horizontal seismic acceleration (PGA). We pair heavy-gauge omega-profile upright columns with engineered base plates anchored through specialized chemical studs into reinforced concrete slabs, providing verifiable proof of structural safety to local civil regulatory inspectors, insurance adjusters, and facility plant directors.
Warehouses are expanding upward rather than outward. Clear heights exceeding 12 to 16 meters utilize Narrow Aisle (VNA) or multi-tier rack-supported mezzanine platforms to double floor utility without expanding facility foundations.
With increasing near-coastal shipping hubs and high-humidity cold logistics chains, advanced multi-stage thermo-cured epoxy polyester powders and continuous hot-dip galvanization are replacing basic solvent paints.
Modern supply chains require rapid operational flexibility. Smart beam connectors featuring 50mm pitch adjustability, drop-in wire decking, and toolless safety locking pins ensure rapid bay reconfiguration as SKU dimensions evolve.
Technical guidance compiled by our senior structural engineers to resolve primary engineering, logistical, and compliance concerns prior to contractual commitment.
To deliver an accurate 2D/3D CAD schematic, our engineering team requires: facility boundary dimensions with clear ceiling height; building column spacing; pallet dimensions (W x D x H) including overhang; gross load per pallet; forklift operational class, mast height, and minimum right-angle stacking aisle turning radius (AST); and regional seismic zone factors.
Every system destined for seismic zones (such as Central America or the Pacific Ring of Fire) undergoes dynamic structural calculation based on local building codes and FEM 10.2.02 / RMI guidelines. We specify enlarged base plates, heavier column gauge profiles, reinforced cross-aisle portal ties, and chemical structural anchors to absorb cyclical shear forces.
For standard ambient warehouses, our multi-stage chemical pickling, phosphating, and electrostatic polymer powder coating (60-80μm) provides outstanding scratch and oxidation defense. For blast freezers, cold rooms below -20°C, or coastal ports exposed to marine humidity, we recommend structural components with hot-dip galvanization.
HEDA Shelves products hold valid European CE Certification (Certificate No. 2435-CPR-8605159), ISO 9001:2015 Quality Management System Certification (Reg. No. 18624Q00169R0M), and full compliance with RoHS hazardous material safety standards. Certification documentation is systematically supplied with shipping manifests for customs verification.
Beams and uprights are packaged in tightly banded, timber-cradled bundles with corner angle protectors to prevent contact abrasions. Small parts, safety clips, baseplates, and anchors are boxed in tagged crates. Every container is loaded with a prioritized packing sequence and a numbered layout bill of materials corresponding to the engineering assembly drawings.
Every completed project is supplied with comprehensive CAD installation blue-prints, detailed fastener torque requirements, component identification charts, and step-by-step video installation guides. For large-scale logistics centers or complex mezzanine platforms, on-site certified engineering supervisors can be dispatched to lead local installation crews.