Austrian Logistics & High-Density Storage Engineering

Double Deep Warehouse Racking Manufacturers & Manufacturer for Austria

Engineered heavy-duty static storage, tele-reach optimization, and structural Eurocode EN 15512 integrity for Austrian industrial hubs.

+30-35%
Volumetric Density Gain
EN 15512
European Structural Compliance
4,500 kg
Maximum Beam Pair Rating
100%
Traceable S355 / S235 Steel
Structural Kinematics & Mechanics

The Engineering Architecture of Double Deep Pallet Racking in Austrian Facilities

For operations directors across industrial estates in Lower Austria, Upper Austria, and Styria, warehouse expansion often meets geographic and municipal planning barriers. Double deep racking addresses this footprint pinch by staging pallet loads two positions deep in a back-to-back layout, effectively eliminating alternate operating aisles and reducing floor area requirements by up to 35% compared to conventional single-selective configurations.

Critical Reach Truck Geometry: Utilizing double deep systems requires dedicated material handling equipment fitted with telescopic forks (tele-forks) or pantograph scissor mechanisms. Static beam calculations must account for the transfer of dynamic moments during extended second-position loading.

Under European standard EN 15512:2020 (Racking Static Steel Design), upright columns and horizontal box beams are subject to complex torsional and bending stresses caused by the lever arm formed when placing an 800×1200 mm Euro-pallet (or 1000×1200 mm industrial pallet) into the deep rear tier. Our factory applies specialized cold-rolled profile geometry, high-elastic-limit steels, and bolted bracing trusses to ensure beam deflection never exceeds L/200 under maximal working loads.

Double Deep Pallet Racking in High Bay Logistics Facility
Storage Topology Floor Space Efficiency Direct Selectivity Forklift Compatibility Typical Austrian Deployment
Double Deep Racking 60% – 65% Cube Utilization 50% Direct Access (FILO / FIFO batch) Pantograph Reach / Telescopic Reach Truck Cold Storage (Marchtrenk), FMCG, Buffer Hubs
Standard Selective (Single Deep) 40% – 45% Cube Utilization 100% Direct Immediate Access Counterbalance, Standard Reach, VNA High-SKU E-commerce, Spare Parts, General 3PL
Drive-In / Drive-Through 70% – 75% Cube Utilization Low (Last-In First-Out per lane) Standard Counterbalance / Reach Bulk Raw Materials, Seasonal Beverage Production
Mobile Racking (MOVO System) 80% – 85% Cube Utilization 100% Direct Access (Aisle on Demand) Standard Reach, Guided Forklifts, AGV High-Value Cold Stores (-28°C), Alpine Footprints
Regional Implementation Scenarios

Strategic Deployments Across Austrian Logistics Hubs

Austrian supply chains sit at the critical intersection of Western European transport corridors and Central-Eastern European (CEE) freight networks. Below is how our racking configurations serve key federal regions.

Vienna & Schwechat Gateway

Metropolitan Distribution & CEE Cross-Docking

In industrial clusters like Wiener Neudorf, Schwechat, and Hagenbrunn, where land lease costs command steep premiums, double deep systems serve as high-throughput transit buffers. Staging fast-moving pallet batches two-deep allows contract logistics providers to double buffer capacity for goods moving onward into Slovakia, Hungary, and the Czech Republic.

Linz, Wels & Steyr Industrial Axis

Automotive Supplier & Heavy Engineering Buffers

Serving Tier-1 and Tier-2 automotive component suppliers connected to the Enns harbor intermodal hub and BMW Motoren Steyr. Double deep racks configured with custom heavy box beams (up to 4,500 kg per level) manage heavy steel coil cages, die castings, and standardized Gitterbox containers without floor slab distortion.

Graz & ACstyria Network

Just-in-Sequence (JIS) Sub-Assembly Buffering

In the southern automotive hub around Graz, facilities require rapid, high-density batch replenishment. Double deep configurations are engineered alongside integrated gravity roller picking lanes on bottom levels, allowing bulk replenishment on upper double deep positions while ground pick-faces operate uninterrupted.

Tyrol, Brenner Corridor & Vorarlberg

Topographic Footprint Constraints & Seismic Factors

In the narrow Inn Valley and Rhine Valley basins, greenfield building permits are severely restricted. Racking systems must exploit every cubic meter up to clear ceiling heights. Furthermore, structural dynamic layouts in these zones incorporate earthquake-resistant structural steel detailing in full accordance with ÖNORM EN 16681.

Macro Market Analysis

Emerging Intralogistics & Racking Trends in Austria

How ecological directives, land restrictions, and modern handling automation are transforming Austrian logistics spaces.

The 2.5-Acre Land Restriction Rule

Austrian municipal governments are strictly limiting new zoning for logistics brownfields to curb soil sealing (Bodenversiegelung). Consequently, operators must double storage capacity within existing building envelopes. Double deep racking allows conversion of standard 3.2-meter wide reach truck aisles into high-density storage blocks, unlocking vertical cube capacity without expanding facility perimeters.

ÖGNI & DGNB Green Logistics Standards

Sustainability certifications by the Austrian Sustainable Building Council (ÖGNI) demand energy efficiency in temperature-controlled spaces. In refrigerated and deep-freeze logistics (down to -28°C in Styrian fruit and dairy corridors), cubic volume directly translates to cooling power. Double deep and compact racking drastically reduce cooled airspace per stored pallet, delivering measurable kWh savings.

Semi-Automated AGV & Camera Guidance

With ongoing labor shortfalls in Upper and Lower Austria, warehouses are shifting from manual reach trucks to automated guided reach vehicles (AGVs) equipped with 3D optical cameras and laser rangefinders. Our double deep racks feature ultra-precise manufacturing tolerances (beam-to-column locking within ±0.5 mm) to guarantee fail-safe automated pallet positioning at 11-meter lift heights.

Manufacturing Excellence & E-E-A-T Benchmark

Why Global Logistics Operators & Austrian Integrators Trust Our Factory

As a specialized manufacturer of industrial storage systems, our facility combines automated continuous roll-forming lines, robotic multi-point welding, and electrostatic powder coating to engineer double deep and heavy-duty storage infrastructures that endure rigorous industrial lifecycles.

Certified European Steel (EN 10025)

We use solely high-strength structural grade steels (Q235B, Q355B equivalent to European S235JR and S355JR). Every coil batch undergoes tensile, yield, and charpy impact testing, complete with 3.1 Mill Test Certificates ensuring zero structural fatigue under cyclical tele-reach stress.

Structural FEA Calculations (EN 15512)

Our in-house engineering team calculates precise load tables, baseplate pressure distribution, and beam connector stiffness using advanced Finite Element Analysis (FEA). Static documentation is delivered ready for Austrian building control and commercial safety audits (AUVA compliant).

End-to-End Turnkey Execution

From custom CAD warehouse slotting analysis and clearance layout planning to containerized export shipping, customs clearance coordination, and on-site assembly supervision, we deliver dependable lifecycle support for system integrators and end-users alike.

Procurement Guidance & Compliance

Frequently Asked Questions by Austrian Plant Managers

Essential technical, operational, and regulatory clarifications regarding double deep pallet racking procurement in Austria.

What specific forklift equipment is mandatory for operating double deep racking?
Double deep racking requires specialized reach trucks equipped with either telescopic hydraulic forks (tele-forks) or pantograph scissor reach attachments. Pantograph mechanisms push standard forks forward into the rear pallet location, while telescopic forks extend hydraulically. Operators should note that because of the extended load center (typically moving from 600 mm in the first position to 1,200–1,400 mm in the second position), the net residual lifting capacity of the truck drops significantly. Our engineers provide load derating calculation models during the design phase to match your exact truck fleet.
How does Austrian standard ÖNORM EN 15635 impact rack inspection and maintenance?
In Austria, commercial logistics installations fall under workplace safety regulations governed by the Allgemeine Unfallversicherungsanstalt (AUVA) and ÖNORM EN 15635 ("Steel static storage systems - Application and maintenance of storage equipment"). Facilities must appoint a PRRS (Person Responsible for Racking Safety) for weekly visual audits and mandate a formal annual structural inspection by a certified racking inspector. Our systems come equipped with certified safety load signage (Belastungswarnschilder) and heavy-gauge column base protectors to minimize impact damage risk.
Can standard EUR 1 (800×1200 mm) and Industrial (1000×1200 mm) pallets be mixed?
Yes, but beam depths and cross-support configurations must be engineered specifically for mixed pallet profiles. Standard double deep frames for Euro-pallets loaded short-side first (1200 mm depth) typically use 1,050 mm or 1,100 mm upright frame depths with pallet support bars (Palettenauflagen) spanning between beams. When handling mixed pallet sizes or low-quality wooden pallets, heavy-duty drop-in wire mesh decking or welded structural channel supports are integrated into the rear deep position to prevent misplaced pallets from dropping through.
How do seismic design requirements (ÖNORM EN 1998-1 / EN 16681) affect racking in Austria?
While northern Lower Austria presents low seismic activity, parts of the Vienna Basin, the Mur-Mürz Valley in Styria, and regions in Tyrol have defined seismic hazard coefficients. Under European standard EN 16681 (Adjustable pallet racking systems - Principles for seismic design), racking must withstand dynamic lateral accelerations without unseating beam connectors or buckling uprights. We customize anchor bolt embeds, install reinforced floor baseplates, and add specialized spine bracing towers to absorb seismic energy in these zones.
What are the in-rack fire sprinkler requirements for double deep setups under Austrian fire codes (TRVB)?
Under Austrian Fire Safety Guidelines (TRVB 127 S for industrial storage), racking arrangements deeper than single-selective often require dedicated in-rack sprinkler systems if the overall clear height exceeds 7.5 meters or if combustible goods (such as plastics or packaging materials) are stored. Because double deep racks create a dense central flue space between back-to-back pallets, we engineer vertical and horizontal pipe clearance corridors within the frame bracing to allow certified sprinkler installation without sacrificing pallet slot geometry.
Can existing selective pallet racking be retrofitted into a double deep system?
Yes, depending on existing frame depth, column profile thickness, and floor slab load-bearing capacity. Retrofitting involves repatterning aisle widths, joining existing double runs with heavy structural row spacers, and verifying that the lower upright sections can withstand the intensified point loads of double-deep stacking. Our technical sales engineers conduct on-site audits across Austria to assess whether retrofitting or new modular installation delivers the highest return on investment.

Ready to Optimize Your Austrian Warehouse Footprint?

Speak directly with our senior intralogistics structural engineers. We provide comprehensive CAD layouts, EN 15512 static calculations, and rapid factory-direct manufacturing quotes tailored to your exact pallet metrics and reach truck fleet.