From single-bay selective setups in the Randstad to automated deep-lane high bays in Venlo, our structural racking lines are roll-formed from certified high-tensile steel, offering optimized configurations for standard Euro pallets (1200 × 800 mm) and industrial block pallets (1200 × 1000 mm).
Corrosion-resistant steel finish engineered for Dutch workshops, e-commerce fulfillment pick faces, and automotive spare parts storage.
High-rigidity cold-rolled profile featuring adjustable upright pitches, suited for intermediate fulfillment hubs and order consolidation.
Heavy structural steel framework engineered for bulk cross-dock storage in maritime logistics centers across Rotterdam and Moerdijk.
Heavy upright profiles designed for multi-tier integration, providing superior deflection resistance under sustained dynamic loads.
Ideal for moisture-prone environments, cold-storage staging, and chemical container holding complying with PGS 15 safety codes.
Optimized 2700 mm beam spans designed specifically for 3-Euro-pallet bays, complete with 5-hook safety locking pins.
Heavy structural steel racking engineered for narrow aisle (VNA) reach trucks, maximizing vertical storage capacity up to 15 meters.
Designed for storing timber, steel profiles, piping, and building supplies without column obstructions. Outdoor galvanized options available.
Designing industrial racking for the Netherlands requires strict compliance with European standard EN 15512:2020 and deep engineering awareness of local geotechnical conditions, including soft subsoils and post-tensioned foundation slabs.
A significant portion of Dutch logistics real estate—including prime regions such as the Port of Rotterdam (Maasvlakte), Moerdijk, Schiphol Logistics Park, and parts of the Randstad—is constructed over deep layers of soft peat and marine clay (slappe veen- en kleilagen). Industrial logistics parks in these regions typically rely on pile-supported reinforced concrete slabs (paalmatrassen or onderheide betonvloeren).
When high-density racking exerts point loads exceeding 80 to 120 kN per upright column, local floor slab deflection can lead to non-vertical alignment of tall racking frames. In accordance with NEN-EN 15620 tolerances (Class 400 for standard reach trucks, Class 300 for VNA systems), our engineering department sizes heavy-gauge baseplates (minimum surface area ≥ 350 cm², thickness 8 to 12 mm) and incorporates precision steel leveling shims to ensure uniform stress distribution over concrete slabs of quality C20/25 through C35/45.
Every upright frame connection utilizes heavy mechanical expansion anchors or high-performance chemical capsule anchors certified under ETAG 001 Option 1 for cracked concrete. Because high-throughput Dutch distribution centers operate fast-moving electric reach trucks and AGVs, upright baseplates are designed to withstand minimum accidental impact forces of 5 kN in the aisle direction and 10 kN transverse to the aisle at heights between 0.1 m and 0.4 m, meeting the stringent provisions of the Dutch Arbowet (Working Conditions Act) and NEN-EN 15635.
The Netherlands functions as the premier logistics gateway to Europe, with distinct logistics corridors requiring specialized heavy-duty industrial racking configurations.
As the primary gateway to Germany and Central Europe, warehouses in Venlo demand multi-tier rack-supported mezzanines and narrow-aisle (VNA) pallet racking. These installations maximize SKU pick faces for cross-border parcel sorting and omnichannel fulfillment.
Handling thousands of ocean containers daily, facilities near Maasvlakte require reinforced heavy-duty selective racking and drive-in systems with beam capacities exceeding 3,000 kg per level, capable of handling variable maritime pallet weights.
The Dutch agricultural and horticultural cluster relies heavily on high-speed FIFO pallet flow (gravity flow) and radio shuttle systems that operate seamlessly inside refrigerated cold-storage rooms maintained between 2°C and 8°C.
North Brabant is home to major consumer electronics, footwear, and apparel distribution centers. We deliver automated storage and retrieval system (ASRS) racking integration, push-back carts, and heavy-duty cantilever systems for bulk oversized goods.
Dutch distribution centers handle two core pallet footprints: the standard European pallet (EPAL 1: 800 × 1200 mm) and the industrial block pallet (EPAL 2 / EPAL 3: 1000 × 1200 mm, also known as the Dutch block pallet or blokpallet).
Incorrect clear beam lengths create wasted space or dangerous pallet overhang. HEDA Shelves engineers bay widths specifically for Dutch operations:
Evaluate density, accessibility, and footprint efficiency across industrial racking configurations to identify the optimal match for your throughput and inventory profiles.
| System Type | Pallet Selectivity | Storage Density | Stock Rotation | Typical Aisle Width (m) | Dutch Market Application |
|---|---|---|---|---|---|
| Selective Pallet Racking | 100% Direct Access | Baseline (1.0x) | FIFO / LIFO Flexible | 3.0 - 3.4 (Reach Truck) | General 3PLs, Spare Parts, High SKU Counts |
| Narrow Aisle (VNA) | 100% Direct Access | High (1.4x) | FIFO / LIFO Flexible | 1.6 - 1.9 (Turret Truck) | Randstad Mega DCs with clear heights > 12m |
| Drive-In Racking | Single Lane Access | Very High (1.7x) | Strict LIFO | Drive-in corridor | Cold storage freezers, seasonal beverage buffer |
| Radio Shuttle System | Automated Lane | Ultra High (2.0x) | FIFO / LIFO Selectable | 2.8 - 3.2 (Front face only) | Food & Beverage, FMCG cross-dock in Venlo |
| Pallet Flow (Gravity) | First-In, First-Out | High (1.6x) | Strict FIFO | Separate load & pick aisles | Perishable flowers (Aalsmeer), dairy, pharma |
| Rack-Supported Mezzanine | Floor + Shelf Pick | Maximized Vertical Vol. | Manual Piece Pick | 1.0 - 1.4 (Order pickers) | E-commerce fashion, retail returns, returns hub |
Note: Deflection limits adhere to NEN-EN 15512 (≤ L/200 for beams; vertical plumbness ≤ 1/350 of total frame height under full structural payload).
Rapidly evolving regulatory frameworks, rising land acquisition costs across the Randstad, and labor scarcity drive major structural shifts in warehouse racking design.
With land lease costs peaking across the Randstad (Amsterdam, Rotterdam, Utrecht) and municipalities restricting greenfield warehouse permits ("verdoozing" debate), warehouse operators are forced to optimize upward. Clear ceiling heights of newly built Grade-A facilities now consistently reach 13.7 m to 15.5 m.
Acute logistics labor shortages in the Netherlands accelerate the deployment of Autonomous Mobile Robots (AMRs), Automated Guided Vehicles (AGVs), and automated tote cranes. Traditional racking must interface with precision pick stations, automated induct lines, and robotic shuttle rails.
Warehouses storing chemicals, paints, aerosols, or lithium-ion batteries in the Netherlands are strictly regulated under the PGS 15 guideline. Structural racks inside PGS 15 compartments must incorporate integrated in-rack sprinkler mounts, liquid catch sumps (opvangbakken), and mesh containment backs.
Backed by 25+ years of specialized racking manufacturing, an expansive 30,000 m² production campus, and dedicated European project engineering support, we combine factory-direct pricing with dependable structural compliance.
From slit coil decoiling and continuous automated roll-forming to robotic welding and automated electrostatic powder coating, every structural component is manufactured in-house under strict ISO 9001:2015 quality control.
Send us your warehouse DWG building plan, ceiling heights, column grids, and pallet characteristics. Our structural engineering department delivers optimized 2D CAD layouts and 3D realistic renderings within 24 hours.
All structural members use certified Q235B and Q355B structural steel equivalent to European S235JR and S355JR. We provide full mill certificates, yield test reports, and CE Declaration of Performance (DoP) dossiers.
Direct container-optimized bundling prevents ocean transit damage and slashes landed logistics costs. We deliver FOB, CIF (Port of Rotterdam), or DDP terms directly to your installation site across the Netherlands.
Clear technical insights on Dutch building codes, annual racking inspections under the Arbowet, customs logistics via Rotterdam, and foundation engineering requirements.
Yes. All structural calculations and cold-formed profile geometries supplied by HEDA Shelves comply with NEN-EN 15512:2020 (Principles for structural design of steel adjustable pallet racking), NEN-EN 15620 (Tolerances, deformations, and clearances), and NEN-EN 15635 (Application and maintenance of storage equipment).
We supply complete engineering dossiers, material mill test certificates (conforming to EN 10204 3.1), and deflection analyses that support submission to local municipal building authorities (Bouw- en Woningtoezicht) and independent engineering verifiers.
Under Article 7.4a of the Dutch Working Conditions Decree (Arbobesluit), employers must subject warehouse storage equipment to an expert inspection at least once every 12 months (periodieke deskundige keuring).
To facilitate routine visual checks and formal annual audits, our racking bays are supplied with standardized Belastingborden (load notice plaques) adhering to NEN-EN 15635. These plaques detail permissible unit load capacities per beam level, maximum compartment heights, bay load limits, and manufacturer identification. Upright frames are pre-drilled to accept certified modular column and corner protectors that mitigate collision damage.
Standard fabrication lead time for full container loads (FCL) ranges between 15 and 25 working days, depending on project tonnage and custom color requirements. Maritime transit from our manufacturing facility to the Port of Rotterdam typically takes 24 to 28 days.
We provide full container optimization plans, detailed commercial invoices, packing lists with itemized bundle numbers, and Bill of Lading documentation. Customers may purchase on FOB, CIF Rotterdam, or DDP terms where local road transport directly to Dutch jobsites (e.g., Venlo, Tilburg, Moerdijk, Almere) is managed seamlessly.
When operating in polder areas or over reclaimed ground with pile-supported concrete slabs, differential settlement between building columns and interior floor sections can occur. We engineer oversized upright baseplates designed to spread concentrated upright loads evenly across the concrete, preventing punch shearing.
During installation, heavy galvanized steel shims matching the exact footprint of the baseplate are utilized to achieve plumb and level tolerances within ±1.5 mm per bay, maintaining compliance with the DIN 18202 and NEN 2747 floor tolerance standards required by reach truck and VNA manufacturers.
Yes. For warehouses storing Category III/IV combustible goods or plastics where ceiling ESFR sprinklers are insufficient, our frames are designed with predetermined vertical flue spaces (typically 150 mm) and longitudinal flue clearances to accommodate NFPA 13 and CEA 4001 in-rack sprinkler pipework.
We provide integrated pipe support brackets and open-wire mesh decking (with >70% open area) to ensure unimpeded water penetration throughout the rack levels during a fire emergency, meeting the stringent approval criteria of Dutch property insurers and the Veiligheidsregio.