Racking by Market

Racking specifications are not universal. The governing design standard, seismic and snow load requirements, corrosion environment, pallet geometry, fire code interface and freight routing all differ by country — and specifying a European default in a US seismic zone, or a Gulf coastal finish for an inland Polish warehouse, produces either an under-designed structure or unnecessary cost.

ApexBeam has delivered racking to 19+ countries across the Americas, the Middle East, Asia-Pacific, North America and Europe. The pages below document the specific engineering considerations we apply in three of those markets. Each is written around verified standards and regional conditions rather than generalised marketing claims.

Market-Specific Guides

Poland — European standards, snow load, EUR pallet geometry

Polish projects are designed to EN 15512 as adopted nationally (PN-EN 15512), with load notices and inspection documentation consistent with EN 15635. Where the racking itself carries roof and wall cladding, snow loads must be determined under EN 1991-1-3 with the Polish National Annex — zone values differ materially between the central lowlands and the southern mountainous regions. Seismic demand is generally low, with exceptions in the Carpathian region and where Upper Silesian mining-induced ground motion applies. The dominant EUR pallet (1,200 × 800 mm) changes beam length, frame depth and lane depth assumptions relative to other markets. Read the Poland guide.

United States — ANSI MH16.1, ASCE 7 seismic, special inspection

US installations follow a specific code path: IBC §2209.1 directs seismic design of storage racks to ASCE 7 §15.5.3, and ANSI/MH16.1 (Rack Manufacturers Institute) provides the design and testing specification. The 2023 edition revised seismic and stability methodology relative to MH16.1-2012, so calculations prepared under the older methodology may not satisfy a jurisdiction enforcing the current code. Under IBC §1705.13.7, racks 8 ft (2,438 mm) or taller in Seismic Design Category D, E or F require special inspection — a documentation-driven process our signed calculation package supports directly. Load notices and drawings are issued in imperial units on request. Read the USA guide.

Saudi Arabia — GSO EN 15512, SBC 301 loads, coastal corrosion

Gulf projects are designed to a basis consistent with GSO EN 15512:2022, with loads determined under Saudi Building Code SBC 301 (structural steel design follows SBC 306). SBC 301 was developed with ASCE/SEI 7 as its basis, adapted to Saudi practice. Seismic demand varies by region — Red Sea coastal and northwestern sites carry higher demand than much of the central plateau. Civil Defence requirements govern sprinkler coverage, flue space, aisle widths for fire service access and egress paths, all of which shape rack layout before fabrication rather than as a downstream approval. Finish selection differs sharply between inland arid sites (Riyadh, Qassim) and marine chloride environments (Jeddah, Yanbu, Dammam, Jubail). Read the Saudi Arabia guide.

All 19+ Markets We Serve

For markets without a dedicated page above, the same engineering process applies: we confirm the design standard enforced at your site, determine loads under the applicable national code or your consultant's specification, verify seismic demand where required, select steel grade and finish for your operating environment, and produce a signed calculation report with engineered drawings. Tell us your country and site conditions and we will state exactly which standards we are designing to before you commit.

What Stays Constant Across Every Market

Regardless of destination, every ApexBeam project is designed by our in-house structural engineering team and delivered with the same documentation set:

• Engineered layout drawings — dimensioned plans, elevations and sections
• Structural calculation report — signed and version-controlled
• Installation manual — step-by-step assembly with torque specifications and anchor patterns
• Load notices — rated capacity signage per rack section, consistent with the calculation
• Container loading plan — optimised stowage with weight distribution to reduce freight cost per pallet position
• Mill test certificates — steel traceability per coil batch, available for review
• QC inspection records — from raw material receipt through pre-shipment

Our adjustable pallet racking is independently attested to EN 15512:2020+A1:2022 by UDEM (Cert. M.2023.206.C82720, valid to 13 March 2028). Third-party inspection can be arranged at raw material receipt, in-process or pre-shipment at any destination.

For the underlying standards framework and how the major codes relate, see Racking Standards Explained: EN 15512, FEM & RMI. For seismic methodology, see Seismic Design for Pallet Racks. For what drives price per pallet position across markets, see the Warehouse Racking Cost Guide.

Request an Engineered Layout & Quote

Send us your warehouse floor plan or dimensions (length × width × clear height, including column positions), pallet size and weight per loaded pallet, required positions, SKU profile, forklift type, and your site location so we can address seismic parameters, snow loads and finish selection. Our structural team returns a free layout drawing with a load calculation — no obligation.

• Email: sales@njapexbeam.com
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