Direct manufacturing and export of certified storage systems, cantilever structures, material handling cradles, and commercial stainless solutions engineered to withstand extreme load conditions and stringent Nordic operational environments.
In the Norwegian industrial real estate market, elevated land preparation costs across rugged terrain and rigorous thermal insulation directives under TEK17 necessitate vertical cubic volume maximization. High Bay Racking systems exceeding 30 meters transform vertical volume into active, high-density asset storage.
Rack-supported buildings where the structural steel framework serves simultaneously as the primary load-bearing skeleton for building roofs and insulated wall cladding panels. Eliminates the cost of conventional structural portal frames.
Installed inside pre-existing industrial structures or built-to-suit logistics halls. Engineered for high-acceleration automated storage and retrieval machines, miniload shuttles, and automated guided vehicles (AGVs).
Maximum cubic density systems tailored for Arctic seafood export centers and cold-storage distribution. Eliminates dedicated operating aisles by driving semi-automated shuttles through deep pallet channels.
| System Architecture | Height Envelope | Deflection Criteria (NS-EN 15620) | Steel Metallurgy | Floor Point Load (Anchor Sizing) | Primary Sector Application |
|---|---|---|---|---|---|
| AS/RS Clad-Rack (Silobygg) | 24m – 45m | Class 100 / ±2.0mm tolerance | S355JR / S420 (Charpy -20°C / -30°C) | 120 kN – 320 kN per upright column | Omnichannel / 3PL Hubs |
| Freestanding High Bay Racking | 12m – 30m | Class 200 / ±3.5mm tolerance | S355JR / Q355B (Certified CVN) | 80 kN – 180 kN per baseplate | Industrial Manufacturing |
| VNA Man-Up Pallet Systems | 9m – 18m | Class 300 / 1/500 beam limit | Q235B / S275JR High Ductility | 60 kN – 120 kN per upright | Spare Parts / Retail Distribution |
| Deep-Freeze Radio Shuttle | 8m – 25m | EN 15512 Class A deflection | S355NL / Impact-Tested Sub-Zero | 90 kN – 210 kN per footplate | Salmon & Marine Pelagic |
From southern cross-dock corridors along the E6 motor artery to harsh sub-Arctic coastal processing hubs, our high bay racking structures are custom-tailored to regional ground geology, climate extremes, and supply chain demands.
The concentration of national distribution centers along the E6 corridor demands massive vertical throughput. We supply freestanding high bay AS/RS arrays engineered with dynamic seismic and wind buffering, operating directly with high-speed automated carton cranes and pallet elevators for fast-moving consumer goods and e-commerce giants.
Norway's salmon farming and pelagic fishing industries require automated deep-freeze high bays operating continuously at -28°C. Our racking uses certified impact-tested steels, avoiding low-temperature steel embrittlement, combined with hot-dip galvanized or C4/C5-M protective coatings resisting saltwater corrosion from thawed melt-water and brines.
Servicing North Sea oil, gas, and offshore wind platforms requires heavy-duty cantilever and cradle racking. Designed for extraordinary point loads, our specialized systems store drill pipes, umbilical reels, risers, and heavy subsea manifolds with safety factors calculated strictly under Eurocode 3 structural steel parameters.
Norway's timber manufacturing and modular mass-timber construction companies rely on our industrial cantilever racking and heavy stillage racks. High clearance arm spacing up to 6 meters accommodates glulam beams, cross-laminated timber (CLT) panels, and structural timber packages with safe working loads exceeding 1,500 kg per arm.
Modern warehousing in Norway is governed by aggressive energy optimization, automated material handling adoption, and demanding occupational safety regulations overseen by Arbeidstilsynet.
Norwegian TEK17 building regulations enforce stringent thermal loss ceilings. High bay clad-rack warehouses minimize building surface footprint while multiplying pallet capacity, yielding up to 45% reductions in heating, ventilation, and deep-freeze cooling power consumption per stored pallet unit.
With Norway experiencing high labor costs, companies are rapidly shifting toward autonomous stacker cranes, AGVs, and AutoStore buffer feeds. Our racking systems conform to NS-EN 15620 millimeter-level deflection limits under maximum dynamic braking torque.
Norwegian BREEAM-NOR building certifications mandate verified Environmental Product Declarations (EPD). We supply structural steel produced via electric arc furnace (EAF) recycling routes, finished with low-VOC powder coatings that support environmental compliance.
Warehousing constructed over solid Norwegian bedrock or post-tensioned fiber concrete slabs requires specialized anchorage calculations. We supply seismic-rated ETA Option 1 heavy chemical anchors capable of transferring extreme overturning moments.
Backed by 36 years of industrial racking manufacturing and global turnkey export capabilities, we merge heavy precision engineering with direct cross-border logistical mastery.
Over three and a half decades of specialized structural steel design, automated roll forming, and racking physics. Our engineering division solves complex load-distribution, seismic, and multi-tier mezzanine challenges for global logistics leaders.
All structural uprights, omega profile beams, bracing trusses, and connectors are calculated strictly in accordance with NS-EN 15512, NS-EN 15620, and Eurocode 3 (EN 1993-1-3), accompanied by full EN 10204 3.1 mill test inspection certificates.
We do not rely on generic off-the-shelf profiles. Upright sections feature custom cold-roll-formed profiles with return flanges providing exceptional torsional stiffness, optimized for automated stacker crane horizontal thrust and dynamic impact damping.
Seamless export handling with breakbulk or containerized sea freight arriving directly at Norwegian maritime container terminals including Oslo Port (Sjursøya), Brevik, Larvik, and Bergen, managed with comprehensive export customs dossiers.
From preliminary slab load assessment to final load signage compliance under Arbeidstilsynet standards, our technical division delivers seamless turnkey execution for Norwegian logistics managers.
Comprehensive audit of slab parameters, building clear height, pallet specifications (EUR 800x1200 / FIN 1000x1200), throughput velocity, and crane interface tolerances.
Finite Element Method (FEM) computer simulation and 3D CAD modeling calculating beam deflections, wind/snow loads, seismic acceleration, and anchor shear capacities.
CNC cold roll-forming, robotic welding, shot blasting to Sa 2.5, automated electrostatic powder coating or hot-dip galvanizing, followed by EN 10204 3.1 quality sign-off.
Shock-proof bundle packaging, moisture-controlled container stuffing, and maritime shipping directly to Norwegian coastal terminals with full Tolletaten documentation.
Final laser-alignment verification, static calculation dossier handover, capacity load signage, and ongoing lifecycle inspection guidance compliant with NS-EN 15635.
Practical answers to technical, regulatory, customs, and structural questions encountered by logistics directors and structural consultants procuring storage systems for Norway.
Collaborate directly with our senior racking design engineers. Share your building layout, pallet load profiles, and automated crane specifications for an optimized structural scheme and project cost analysis.