Selective Racking
OEM ODM Heavy Duty Selective Pallet Racking Shelf System
EN 15512
100% Pallet Direct Selectivity
Heavy Duty
Tailored Warehouse Architecture
Industrial Pallet Racking & High-Density Storage Inventory
Factory-direct structural steel rack and shelf configurations engineered specifically for Euro-pallet profiles (800 × 1200 mm), industrial block loads, and automated material handling workflows.
Beam Structure
Industrial Storage Rack Heavy Duty Pallet Support Beam
Corrosion-Coated
Adjustable Pitch
High Tensile Q235B/Q355B
1300-1400KG
1300KG-1400KG High-Load Warehouse Shelving System
Reinforced Upright
Cold-Rolled Coil
Multi-Tier Pick
Flexible Buffer
Customized Stacking Manurack Adjustable Industrial Pallet Shelves
Post-Pallet
Collapsible Frame
Seasonal Flex
Mobile Bases
Heavy Duty Motorised Mobile Pallet Racking System
+90% Cube Density
Floor Rail Guided
PLC Controlled
FIFO Flow
Double Pallet Live Gravity Flow Storage Dynamic Racking
Gravity Roller Track
FIFO Inventory
Zero Energy Run
Long Goods
Multi-Level Heavy Duty Cantilever Rack 500kg/Arm CE ISO
Timber & Extrusions
Obstacle-Free Facade
Hot-Dip Galv
Cold Chain
Commercial Stainless Steel / Zinc Adjustable Freezer Rack Frame
-30°C Freeze Resistant
HACCP Cleanable
Anti-Corrosive
EN 15512•
Certified European structural design standards, FEM 10.2.02, and CE compliance
+85%↑
Storage cubic capacity gained in Dutch retrofits converting selective to mobile/shuttle
350,000+
Euro-pallet locations manufactured & installed across Benelux distribution corridors
±1.0mm
Automated laser punching accuracy guaranteed for ASRS crane & shuttle tolerances
Strategic Intralogistics Engineering
Solving the "Gateway to Europe" Dilemma in Dutch Fulfillment
With the Netherlands commanding over 50% of all American and Asian European distribution centers (EDCs), the battle for industrial capacity is fought on cubic density, high soil-load settlement resistance, and aggressive throughput.
Agri-Food & Perishables
Freezer Racks & Live Gravity Beds for Dutch Cold Hubs
The Port of Rotterdam and Greenport West-Holland process immense volumes of fresh agro-produce, meat, and pharmaceutical goods demanding strict cold-chain integrity. In facilities operating at sub-zero temperatures down to -30°C, thermal efficiency is tied directly to volumetric density.
- Thermal Cost Mitigation: Motorised mobile racks (MOVO style) eliminate static forklift aisles, slashing refrigeration volume per pallet by up to 45%.
- Metallurgical Toughness: Specialized micro-alloyed structural steels that prevent low-temperature ductile-to-brittle transitions and notch embrittlement.
- Sanitary Wire Decking: Open wire mesh and electro-galvanized zinc coatings comply with Dutch Food Safety Authority (NVWA) hygiene and fire deluge washdowns.
Venlo-Tilburg E-Commerce Axis
High-Density Narrow Aisle (VNA) & Multi-Tier Pick Towers
The logistics hotspot of Noord-Brabant and Venlo serves millions of European consumers within a 24-hour radius. Fast-moving SKU velocity necessitates vertical clearance utilization exceeding 14 meters, integrated with wire-guided Very Narrow Aisle (VNA) forklifts and autonomous mobile picking robots (AMRs).
- P90 Platform Integration: Structural upright frames engineered to carry 30-ton bay loads without mid-span torsional buckle under dynamic truck impacts.
- Multi-Tier Mezzanine Floors: Utilizing unused building eaves height to integrate 3-story carton flow and automated hanging garment sortation systems.
- Millimeter-Deflection Tolerances: Beam deflections limited to L/200 under continuous dynamic cycle loads to prevent automated optical sensor trip-outs.
Forward Industry Analysis
Key Intralogistics Engineering Trends Shaping the Netherlands
From municipal zoning limits on "boxification" (verdozing) to mandatory circular construction, Dutch warehouse procurement demands structural assets engineered for 2030 standards.
Overcoming Scarcity & Land Price Escalation
Industrial land reserves in Schiphol, Moerdijk, and Maasvlakte command historic premiums, accompanied by strict Dutch planning caps on horizontal sprawl. Operators are forced upward.
Our solutions target extreme verticality, providing self-supporting rack-clad buildings (Silos) and high-bay configurations that exceed 32 meters, maximizing cubic efficiency over raw square footage.
Retrofit Over Rebuild: The Brownfield Surge
Nitrogen emission thresholds (Stikstofcrisis) across the Netherlands severely delay environmental permits for greenfield construction. Upgrading existing steel infrastructure is the only viable path to expansion.
Through beam re-profiling, localized upright reinforcements, and integration of shuttle rails within legacy bays, we add up to 25% capacity without triggering new environmental impact filings.
Soft Polder Soil & Geological Load Stabilization
Western Dutch distribution parks are situated over reclaimed peat and soft clay soils. While piles reach Pleistocene sand layers, micro-settlement across concrete slabs remains an engineering hazard.
Our racking systems deploy widened baseplates, custom anchor grouting formulas, and micro-adjustable beam connectors that allow rapid mechanical re-leveling without structural teardowns.
Manufacturing Excellence
Why European General Contractors & Dutch 3PLs Partner With Us
We fuse high-capacity Chinese heavy steel manufacturing infrastructure with strict adherence to European structural Eurocodes and local project governance.
Precision Roll-Forming & Certified European Steels
All load-bearing profiles are roll-formed continuously from certified high-yield hot-rolled coils (Q235B, Q355B, and EN 10025 equivalents). Automated 64-station roll-forming lines maintain punched hole pitch consistency within 0.1 mm, ensuring flawless locking of beam connector claws without internal binding stresses.
Components receive full surface degreasing, nano-ceramic silane conversion, and high-polymer thermosetting epoxy polyester powder coating cured at 200°C for extreme scratch and chemical protection.
Turnkey Engineering Dossiers & System Integrator Ready
We do not merely supply steel; we provide full European-compliant engineering packages. Each installation is supplied with finite element analysis (FEA) structural calculation books verified in accordance with EN 15512 (Pallet Racking Tolerances, Deformations, and Clearances) and EN 15620 for automated crane interactions.
For Dutch system integrators (ASRS, Conveyors, Shuttle carts), we supply complete 3D BIM models (Revit, STEP, IFC) and static calculation certificates ready for municipal bouwbesluit approvals.
Full Lifecycle Management & EN 15635 Inspections
Storage structures are dynamic assets subjected to daily forklift contact. Our lifecycle protocol delivers comprehensive support: from rapid containerized spare parts dispatch directly to Rotterdam Port, to bilingual load signage (Belastingborden) complying with Dutch Working Conditions Decree (Arbobesluit).
Our certified inspectors support your in-house Person Responsible for Racking Safety (PRRS) to execute annual EN 15635 audits, classifying structural risks into Green, Amber, and Red damage thresholds.
Optimized Container Logistics Direct to Benelux
Logistical savings achieved at origin can be easily squandered by improper bundling and cubic air shipping. Our dedicated packing engineers design customized steel rack shipping cradles that maximize 40ft High Cube container volumetric fills up to 98%.
Pre-sorted installation lots arrive chronologically on-site at Dutch terminals, preventing congestion on congested dock aprons and eliminating demurrage charges through bonded logistics handling.
How do your racking systems comply with Dutch building codes (Bouwbesluit) and European norms?
All structural calculations conform strictly to NEN-EN 15512 (Steel static storage systems — Adjustable pallet racking systems — Principles for structural design). We incorporate specific global second-order frame analysis and provide complete verification documents for building permit approvals under the Dutch Bouwbesluit. Seismic checks are executed under Eurocode 8 where applicable (such as specific zones in Groningen or Limburg), and safety clearances adhere to EN 15620.
How do you address soft ground conditions and concrete slab settlement common in Dutch polders?
Warehouses built on soft peat subsoil in regions like South Holland and Utrecht often experience micro-settlement across slab expansion joints. We design racking bases with enlarged footprint pressure plates (lowering localized point loads to below 50 kg/cm²), deploy high-tensile steel shims ranging from 1mm to 5mm, and supply heavy-duty dual-anchor anchor bolts to prevent loosening caused by cyclical sub-base vibration.
Can your selective racking accommodate both Euro-pallets and industrial block pallets?
Yes. While standard European distribution uses Euro-pallets (800 × 1200 mm), many Dutch petrochemical and import clients receive UK block pallets (1000 × 1200 mm) or overseas skids. We engineer beam spans (such as standard 2700mm or 3600mm beams) and depth profiles (typically 1100mm frame depths) equipped with flush drop-in cross-bars or steel wire mesh decking to support mixed pallet footprints safely without load sag.
What are the fire safety requirements regarding in-rack sprinklers in the Netherlands?
Under Dutch insurance frameworks (often governed by FM Global or NFPA guidelines and local VAS regulations), high-bay racks exceeding 7.5 meters carrying flammable packaging require flue space maintenance. Our racking uprights and pallet stop beams are detailed to maintain continuous 150mm transverse and longitudinal flue spaces. We pre-drill upright profiles to accommodate in-rack sprinkler pipe hangers directly at the factory.
What documentation is provided for import clearance through the Port of Rotterdam?
We handle complete international export documentation: Certificate of Origin, Mill Test Certificates (MTC) proving steel chemical composition and tensile strength, CE Declaration of Performance (DoP), comprehensive packing lists itemized by frame/beam mark number, and container load diagrams. Cargo can be customs cleared directly under Dutch Article 23 VAT reverse-charge mechanisms to preserve cash flow.