Direct factory supply from Guangzhou Heda Shelves Co., Ltd. Tailored for Hungarian fulfillment centres in Budapest's M0 ring, automotive component plants across Győr, and high-density industrial developments in Debrecen.
Rivet lock assembly eliminates nuts and bolts, ideal for Hungarian e-commerce packing benches, pharmaceutical micro-warehouses, and automotive sub-assembly kitting cells.
Optimized for high-clearance logistics facilities in Biatorbágy and Szigetszentmiklós, featuring flame-retardant open wire mesh decking compliant with European fire sprinkler regulations.
Bespoke heavy duty longspan racking bridging hand-loaded boxes and palletized cargo. Engineered for tool storage, casting dies, and heavy stamping components across Tatabánya industrial parks.
Semi-automated dense lane storage ideal for Hungary's fast-expanding cold storage logistics along Corridor V, and raw material buffer warehousing for EV lithium battery production lines in Debrecen.
Provides 100% immediate access to Euro pallets (1200×800mm) and ISO industrial pallets (1200×1000mm). The versatile backbone for 3PL providers serving Central and Eastern European retail distribution.
Enforces strict FIFO rotation for split-case distribution in Kecskemét automotive tier-1 supplier feeding lines and FMCG distribution centers in Alsónémedi and Fót.
Gravity-driven pallet flow racks separating loading and picking aisles to maximize safety in high-turnover beverage manufacturing and dairy processing hubs across Szombathely and Veszprém.
The flagship medium duty system specified across Hungarian maintenance workshops, hardware distribution centers, spare parts depots, and integrated multi-tier picking platforms.
Hungary has rapidly cemented its position as the undisputed logistics and industrial gateway connecting Western European consumer centers with Eastern European and Asian manufacturing value chains. With the Trans-European Transport Network (TEN-T) corridors IV, V, and X converging across the nation, high-efficiency intralogistics infrastructure has transitioned from a routine capital expenditure to a mission-critical strategic asset.
The acceleration of foreign direct investment (FDI)—particularly in electric vehicle (EV) battery manufacturing, original equipment automotive engineering, and cross-border e-commerce—has placed unprecedented operational demands on Hungarian warehouses. While high-bay selective pallet racks dominate high-cube bulk facilities, modern operations reveal that 60% of daily handling activities involve case picking, sub-assembly buffers, maintenance spare parts, and intermediate work-in-progress (WIP) storage. This operational middle-tier is where standard pallet racking proves excessively bulky, and light office shelving fails structural safety audits.
For Hungarian logistics directors, equipment failure or system sag under sustained dead loads is not merely a replacement inconvenience; it represents severe regulatory exposure under Hungarian fire protection guidelines (Országos Tűzvédelmi Szabályzat - OTSZ) and EU occupational safety workplace mandates. Sourcing factory-direct from an established industrial manufacturing titan ensures full structural calculation transparency, mill test certificates (MTC), and bespoke dimensional compatibility with Euro pallet standards.
Continuous roll-forming, automatic laser punching, and automated electrostatic powder coating lines.
High volume capacity guarantees rapid production scheduling and consistent containerized shipment cadence.
Supplying industrial racking systems to over 120 countries, compliant with international building and safety codes.
From multi-tier picking mezzanines to high-density radio shuttle racks installed worldwide.
From Tier-1 cleanroom buffer lines to rapid parcel sortation platforms, see how our medium duty racking systems are deployed across Hungary's leading economic zones.
Selecting the appropriate storage profile requires balancing load capacity, deflection thresholds, access velocity, and capital expenditure per storage position.
| Racking System Type | Nominal Load / Level | Structural Upright Spec | Max Deflection Limit | Primary Picking Mode | Hungarian Compliance Standard |
|---|---|---|---|---|---|
| Boltless Light Duty Shelving | 100 – 250 kg | 38×38×1.5mm Angle Post | L / 200 | 100% Manual Hand Picking | EN 15635 Class D |
| Medium Duty Step-Beam Rack (MDR) | 300 – 600 kg | 55×47×1.5/1.8mm Omega Column | L / 250 | Manual + Order Picker Cart | EN 15512 / FEM 10.2.02 |
| Longspan Heavy Duty Shelving | 600 – 1200 kg | 60×50×2.0mm Closed Box Column | L / 250 | Manual Crane / Forklift Deck | EN 15512 / Eurocode 3 |
| Carton Flow Dynamic Rack | 150 – 400 kg / lane | 55×47×1.8mm + Polyethylene Tracks | L / 300 | Continuous Gravity FIFO | DIN EN 15620 |
| Multi-Tier Rack Mezzanine | 300 – 800 kg / m² | 80×60 / 90×70mm Heavy Structural | L / 300 (Walkway L/400) | Integrated Vertical Lift / Walkway | EN 1090-1 / Eurocode 1 & 3 |
| Selective Pallet Racking | 1000 – 4000 kg | 90/100/120×2.0-2.5mm Roll-Formed | L / 200 | Reach Truck / Counterbalance | EN 15512 / CE 2435-CPR |
* Note: Nominal load values assume uniformly distributed loads (UDL). Structural design factors conform to European safety standards with a minimum safety factor of 1.5 to 1.65.
From prime hot-rolled coils to automated continuous forming and anti-corrosive powder finishing, every component bound for Europe undergoes full-chain internal verification.
Certified prime Q235B / Q355B coils tested for yield strength, tensile elongation, and chemical composition.
High-speed uncoiling and laser cutting with tight width tolerances to ensure burr-free edge preparation.
Continuous CNC multi-station punch presses ensure pitch accuracy within ±0.1mm for butterfly and teardrop holes.
Multi-angle CNC press braking of heavy steel deck supports, shelf side-rails, and safety upright footplates.
24-station automated roll-forming line yields ultra-straight omega profiles with minimal residual structural tension.
Mechanical edge rounding and corner polishing to eliminate sharp protrusions, ensuring worker ergonomics during manual picking.
Computerized multi-axis robotic welders join beam claw connectors with consistent penetration and zero slag defects.
Submersion in 9-stage chemical baths dissolves surface oxides and forms a crystalline zinc-phosphate protective layer.
Automated powder spray booths apply non-toxic epoxy-polyester powder, cured at 200°C for superior scratch and chip resistance.
Coating thickness audit, deflection testing, steel strap strapping, and heavy-duty bubble/corrugated wrapping for container transit.
Proven international engineering capability delivering factory-direct value to Hungary's high-demand commercial warehousing sector.
Founded in 2001, Guangzhou Heda Shelves Co., Ltd. controls the full vertical chain in-house: CAD layout engineering, automated profile forming, CNC punching, robot welding, and powder finishing.
Our expansive production base houses over 300 skilled engineers and technicians, delivering an unrivaled 30,000 tons of monthly throughput to fulfill fast-track industrial facility timelines without delay.
Official CE Certification No. 2435-CPR-8605159, ISO 9001:2015 Quality Management No. 18624Q00169R0M (valid through 2027), and RoHS environmental safety compliance.
Our structural design team evaluates your architectural floor plan, column grid spacing, sprinkler clearances, and MHE turning radii to create free 2D layout drawings and photorealistic 3D warehouse renderings.
Specialized packaging protocols nest upright frames and beams seamlessly into 40ft High Cube (HQ) containers, maximizing volumetric filling rates up to 98% and drastically reducing landed freight costs per shelf tier.
Hungary's landlocked geographical position in the heart of Europe is efficiently serviced by established sea-rail intermodal routes and the direct China-Europe Railway Express.
In-depth answers addressing structural certification, Eurocode compliance, local fire safety mandates, and installation logistics in Hungary.
Yes. Our structural racking engineering is conducted in accordance with European Standard EN 15512 (Steel static storage systems – Adjustable pallet racking systems – Principles for structural design) and FEM 10.2.02. We provide static calculation sheets detailing dead load, live load, frame sway, and beam deflection ratios (strictly compliant with the $L/200$ to $L/250$ maximum deformation limits). Annual warehouse safety inspection procedures mandated by EN 15635 are fully supported by our comprehensive English/Hungarian maintenance manuals and load sign placards.
While Hungary is located in the low-to-moderate seismic zone of the Pannonian Basin, modern warehouse developments—particularly those with overall rack heights exceeding 4.5 meters or those carrying hazardous chemical materials in Debrecen or Komárom—require ground acceleration analysis ($\alpha_g$ values typically ranging between 0.08g and 0.15g per Hungarian national annex to Eurocode 8). We accommodate this by engineering enlarged heavy-duty baseplates (minimum 8-10mm thickness), dual high-shear anchor bolting (M10/M12 Hilti or Fischer compatible), and heavy diagonal back-bracing systems to dissipate lateral shock loads safely.
Under Hungary's National Fire Protection Regulation (Országos Tűzvédelmi Szabályzat - OTSZ 54/2014. (XII. 5.) BM rendelet), continuous solid timber or solid steel shelves exceeding specified depth limits act as fire barriers, necessitating expensive in-rack ESFR sprinkler installations. To optimize your capital outlay, we engineer medium duty shelves using heavy-gauge galvanised wire mesh decking (minimum 70% open area) or perforated steel panels. This allows unimpeded fire detection, water penetration from ceiling sprinkler systems, and enhanced illumination across lower storage bays.
Our 30,000 m² automated facility operates with a typical manufacturing production window of 15 to 20 business days for standard medium-duty projects (up to 5-10 container loads). Sea-freight from Guangzhou/Shenzhen to Port of Koper requires approximately 26 days, followed by 3 days for intermodal rail transit and customs transfer to Budapest container depots (BILK or Metrans). In total, buyers should plan a streamlined 45 to 55-day dock-to-door timeline. Urgent projects can leverage direct rail freight via the Fényeslitke corridor (EWG) in just 18 days transit.
Absolutely. Every shipment arrives with a complete engineering documentation package: exploded 3D component diagrams, numbered beam elevation schedules, torque tightening specifications for expansion anchors, and sequential video assembly tutorials. For extensive multi-tier mezzanine installations or complex automation integrations in Hungary, we provide English-speaking on-site commissioning engineers to supervise local mechanical contractors, ensuring swift and fully compliant execution.
Send our senior engineering team your warehouse architectural floor plans, ceiling clearance heights, pallet specifications, and required picking velocity. We deliver an optimized layout drawing, comprehensive structural calculations, and a transparent FOB/CIF Koper price quote within 24 hours.