Explore our heavy-duty racking beams, structural platforms, and material handling solutions engineered to comply with European safety protocols and ISO quality control matrices.
A rigorous examination of section modulus geometry, semi-rigid connector dynamics, and high-tensile steel metallurgy engineered for heavy European supply chain infrastructure.
In modern high-throughput logistics, the horizontal load-bearing beam is the primary determinant of racking structural safety, deflection integrity, and longitudinal stability. For enterprise facilities operating across Hungary, pallet racking beams must withstand demanding daily forklift loading cycles, seismic accelerations defined under Eurocode 8 (EN 1998), and strict deflection bounds mandated by EN 15512:2020. As an international manufacturing and export partner, our certified production lines fabricate heavy-duty box beams and step beams designed to outperform baseline commercial standards while providing full structural transparency.
Fabricated through precision continuous roll-forming of two overlapping C-sections seam-welded automatically down the entire structural neutral axis. This closed-profile design offers superior torsional stiffness and elastic modulus ($W_x, W_y$), resisting lateral buckling under eccentric EUR-pallet placement.
Our beams feature solid 3-claw, 4-claw, and 5-claw cold-stamped end connectors tailored to standard 50mm and 75mm upright pitch configurations. Connectors are engineered to optimize moment-rotation stiffness ($C_d$) while maintaining exceptional shear resistance against vertical downward impact forces.
Every beam connector integrates a high-visibility yellow or silver spring-loaded locking pin. Certified to exceed the 5.0 kN upward dislodgement shear threshold defined by European testing protocols, preventing catastrophic beam disengagement during erratic reach-truck operations.
According to European Standard EN 15512:2020 clause 9.4.2, the vertical deflection ($\delta$) of any beam pair carrying a uniformly distributed load (UDL) must not exceed $L/200$ under serviceability limit state (SLS), where $L$ is the clear span distance between upright frames:
Formula: δ_max ≤ L / 200 | For automated VNA / Shuttle Systems: δ_max ≤ L / 300 to L / 350
For automated warehousing applications commonly built around Budapest and Debrecen, our design team applies an elevated standard of $L/300$ or $L/350$. This elevated stiffness ensures that automated storage and retrieval systems (ASRS) and optical sensor-guided AGVs do not encounter beam sagging that could compromise pallet extraction or trigger laser safety stoppages.
Tailored structural racking solutions aligned with Hungary's emergence as Central and Eastern Europe's preeminent manufacturing and transit crossroads.
Centering on Biatorbágy, Szigetszentmiklós, Üllő, and Vecsés. High-throughput 3PL, FMCG, and e-commerce distribution parks require standard 2,700 mm beams configured for three EUR-pallets (800x1200 mm) per level, balancing rapid selectivity with 2,500 kg to 3,500 kg level capacities.
Supplying the massive industrial corridor of Debrecen, Nyíregyháza, and Miskolc. CATL, BMW, and tier-1 battery cell suppliers demand ultra-heavy 140x50 mm and 160x50 mm box beams capable of storing dense battery component pallets weighing up to 1,800 kg each with zero deflection risk.
Serving OEM production ecosystems including Audi Hungaria and Mercedes-Benz manufacturing plants. Specialized step beams paired with heavy galvanized wire mesh decking support non-standard metal stillages, automotive skid containers, and custom sequencing racks.
The East-West Gate (EWG) intermodal logistics terminal near the Ukrainian border requires heavy-duty transit storage racks engineered for rapid cargo buffer staging, temperature-controlled food-grade bays, and cross-border rail container logistics consolidation.
Standard engineering configurations manufactured for European procurement teams. Custom profiles, lengths, and heavy-gauge adaptations are engineered on request.
| Profile Section (H x W mm) | Material Thickness | Clear Span (L mm) | Pallet Capacity | Max UDL / Pair (kg) | Deflection Limit (δ) | CE Certification |
|---|---|---|---|---|---|---|
| Box 80 × 50 | 1.5 mm (Q235B / S275) | 1,850 mm | 2 × EUR (800×1200) | 2,000 kg | ≤ 9.25 mm (L/200) | EN 1090-1 EXC2 |
| Box 100 × 50 | 1.5 mm (Q235B / S275) | 2,700 mm | 3 × EUR (800×1200) | 2,200 kg | ≤ 13.5 mm (L/200) | EN 1090-1 EXC2 |
| Box 110 × 50 | 1.5 mm (Q355B / S355) | 2,700 mm | 3 × EUR (800×1200) | 2,800 kg | ≤ 13.5 mm (L/200) | EN 1090-1 EXC2 |
| Box 120 × 50 | 1.8 mm (Q355B / S355) | 2,700 mm | 3 × Heavy Industrial Pallets | 3,500 kg | ≤ 9.00 mm (L/300) | EN 1090-1 EXC2 |
| Box 140 × 50 | 1.8 mm (Q355B / S355) | 3,600 mm | 4 × EUR (800×1200) | 3,600 kg | ≤ 18.0 mm (L/200) | EN 1090-1 EXC2 |
| Box 160 × 50 | 2.0 mm (Q355B / S355) | 3,600 mm | 4 × Heavy Battery Pallets | 4,500 kg | ≤ 12.0 mm (L/300) | EN 1090-1 EXC2 |
| Step Beam 110 × 50 | 1.8 mm (Q235B / S275) | 2,700 mm | 3 × EUR Pallets + Wire Decking | 2,500 kg | ≤ 13.5 mm (L/200) | EN 1090-1 EXC2 |
*Note: Load figures represent Uniformly Distributed Load (UDL) per pair of beams with safe working factor γ = 1.40. Deflection calculations strictly observed under SLS conditions. Seismic design factors (Eurocode 8) calculated per Hungarian county accelerations ($a_g$).
Ensuring frictionless project sign-off by regional building authorities (ÉMI) and disaster management fire inspectors.
In Hungary, storage systems designated as integral building frameworks or subject to structural permits must comply strictly with EN 1090-1 (Execution of steel structures and aluminum structures) and carry the official CE mark alongside a formal Declaration of Performance (DoP). As an audited global manufacturer, our pallet racking beams are manufactured under Execution Class 2 (EXC2), ensuring:
Under Hungary's National Fire Safety Code (Országos Tűzvédelmi Szabályzat - OTSZ), pallet rack installations require adequate vertical clearance for ceiling and in-rack ESFR sprinkler penetration. Our beam profiles support galvanized wire mesh decking with open aperture ratios exceeding 70%, facilitating water deluge without beam-induced shading.
Certain regions of Hungary, notably around the Dunaharaszti fault line and Komárom basin, feature design peak ground acceleration ($a_g$) values requiring seismic calculations. We furnish semi-rigid beam-to-column rotational stiffness calculations ($K_{bu}$) to ensure entire rack arrays absorb dynamic seismic accelerations without joint shear failure.
Racking operating in Hungarian industrial zones is subject to mandatory annual structural audits under EN 15635. Our beams feature standardized permanent load capacity stamping and high-durability warning labels detailing beam pair capacities, aiding facilities managers in passing technical and labor inspectorate audits effortlessly.
With over two decades of in-house fabrication authority, we control every metallurgical and engineering process under one unified manufacturing roof.
Detailed engineering, customs, and standards guidance for procurement directors, operations managers, and logistics consultants importing racking equipment to Hungary.
Yes, absolutely. Our pallet racking beams are manufactured in strict compliance with harmonized European standard EN 1090-1:2009+A1:2011 (Execution Class EXC2) and designed to structural calculation principles in EN 15512:2020. Each shipment is accompanied by a legally verified Declaration of Performance (DoP), marking labels affixed directly to components, and mill test certificates (EN 10204 Type 3.1) for complete acceptance by Hungarian ÉMI inspectors and occupational safety authorities.
The standard pallet dimensions in Hungary are EUR-1 (800 × 1200 mm) and EUR-2 / Industrial (1000 × 1200 mm). To accommodate these configurations safely:
• 1,850 mm clear span: Engineered for two EUR-1 pallets with 75 mm lateral clearances.
• 2,700 mm clear span: The most prevalent configuration across Hungarian 3PL warehouses, holding three EUR-1 pallets (or two industrial pallets) with 100 mm safety flue allowances.
• 3,600 mm clear span: Designed for four EUR-1 pallets in high-density wide-aisle configurations.
Hungary's Országos Tűzvédelmi Szabályzat (OTSZ) mandates continuous longitudinal and transverse flue spaces (typically 100–150 mm) between back-to-back racks and beneath ceiling sprinkler arrays. Our step beams can be factory-fitted with flush-mounted, galvanized wire mesh decks having greater than 70% open surface area, meeting NFPA/OTSZ standards without blocking sprinkler water penetration to lower levels.
We supply goods under Incoterms 2020 (FOB, CIF, or DDP Budapest / Debrecen). Cargo is bundled into seaworthy knocked-down export packaging with heavy-duty corner guards and moisture wraps. Shipments travel via premier container shipping routes to the Port of Koper (Slovenia) or Port of Rijeka (Croatia), followed by scheduled rail or road freight directly into Hungary within 3–5 transit days from port discharge. We provide complete commercial documentation, packing lists, EUR.1 / Certificates of Origin, and customs-ready commercial invoices.
Yes. Our tooling division operates precision CNC punch dies compatible with both standard 50 mm pitch and 75 mm pitch European upright perforation styles. If you are retrofitting, extending, or re-profiling an existing warehouse in Hungary, our engineering team can review your existing upright drawings and fabricate compatible connectors with identical claw pitch and pin locking geometry.
For standard ambient warehouses, our beams feature an automated electro-statically applied epoxy-polyester hybrid powder coating baked at 200°C (average thickness 60–80 microns), providing C2 corrosion resistance under ISO 12944. For sub-zero cold storage facilities (−25°C) common in Hungarian pharmaceutical and meat logistics, we apply low-temperature flexible epoxy powders or hot-dip galvanizing (HDG) that prevents micro-cracking and brittleness under thermal contraction.
Whether you are designing a high-bay distribution hub in the Budapest M0 zone, an EV component facility in Debrecen, or upgrading an automotive logistics bay in Győr, our structural engineers will supply a comprehensive load analysis, CAD bay layout, and competitive export pricing within 24 hours.
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