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No matching pages. Try "pallet", "mezzanine" or "cantilever".
Manufactured using certified high-yield cold-rolled steel profiles (Q235B/Q355B). Designed specifically for Australian distribution centers, mining inventory depots, 3PL logistics facilities, and manufacturing workshops.
Interlocking butterfly-hole structure for tool-free assembly. Perfect for heavy hand-loaded components, dies, and maintenance workshops across Australia.
Standard Australian 1165mm CHEP pallet-matched selective racking with box-beam profiles, anti-dislodgement locking pins, and upright floor anchors.
Engineered for harsh industrial operating environments, heavy fabrication depots, and high-impact mining supply stores in WA and Queensland.
Multi-tier picking shelving designed for fast-paced e-commerce sorting hubs, automotive aftermarket parts, and dense parcel carton storage.
High-density multi-bay shelving arrays with integrated column protectors, row spacers, and diagonal cross-bracing for maximum stability.
Heavy-gauge rolled upright frames for hardware trade centers, automotive parts distribution, and industrial equipment maintenance facilities.
Engineered for 100% direct pallet selectivity. Compatible with counterbalance and reach forklifts, featuring high-visibility safety orange beam paint.
Heavy structural beam columns, safety handrails, steel grating, and integrated stairs. Effectively doubles warehouse floor area without civil extensions.
Navigating the procurement of heavy-duty industrial shelving and pallet racking systems for Australian warehouses requires strict structural compliance. Under the updated standard AS 4084:2023 (Steel Storage Racking), Australian storage infrastructure must undergo rigid design verification, static finite element analysis (FEA), and dynamic testing to withstand operational impacts, uneven load distributions, and regional seismic activities governed by AS 1170.4.
The Australian CHEP Pallet Critical Dimension Nuance: Unlike European standard pallets (1200×800mm) or North American pallets (48×40 inches), the standard Australian timber pallet is square: 1165mm × 1165mm. Standard racking frames exported from suppliers without localized tooling are often built at 1100mm depth, leading to inadequate pallet overhang or severe beam roll. Our Australian export frames are specifically roll-formed to 838mm or 1067mm depths, guaranteeing the mandatory 50mm front and rear pallet overhang required by SafeWork Australia codes.
Every cold-formed upright section features a continuous omega or octagonal profile with localized stiffening ribs. This maximizes torsional rigidity and yields an industry-leading strength-to-weight ratio while maintaining continuous adjustability on a 50mm or 75mm pitch.
| Storage Architecture | Material Grade | Typical Beam Section | Bay Capacity (UDL) | AS 4084:2023 Safety Factor | Best Suited Application |
|---|---|---|---|---|---|
| Heavy Duty Longspan Shelving | Q235B Cold-Rolled Steel | Step Beam / 50×30 Tube | 300 – 800 kg / level | 1.65 Nominal | Manual Carton Picking, Retail Backroom, Mining Spare Parts |
| Selective Pallet Racking | Q355B High-Yield Steel | 80×50 to 140×50 Box Beam | 1,000 – 4,500 kg / level | 1.50 Standard | 1165mm CHEP/Loscam Pallets, FMCG, 3PL Pallet Storage |
| Drive-In / Drive-Through Rack | Q355B Heavy Structural | Cantilever Rail Profile | Up to 1,500 kg / pallet | 1.60 Heavy | Cold Storage (-25°C), High-Density Homogeneous SKUs |
| Rack-Supported Mezzanine | Q235B & Q355B H-Beam | C-Channel / Roll-Formed Joists | 350 – 1,200 kg / m² | BCA / NCC Compliant | Vertical Space Doubling, Fast-Pick E-Commerce Platforms |
| Heavy-Duty Cantilever Racking | Structural I-Beam Column | Tapered Arm Connection | 500 – 1,800 kg / arm | 1.65 Structural | Timber Packs, Steel Tubes, Extrusions, PVC Pipes |
Australia's logistics geography requires specialized structural shelving configurations tailored to extreme climatic ranges, heavy extraction operations, and fast-moving urban supply hubs.
In high-corrosion, dust-intensive environments such as the Pilbara and Goldfields-Esperance, standard powder coatings fail rapidly. We export heavy-duty shelving and structural racks treated with high-micron hot-dip galvanisation (HDG to AS/NZS 4680) or marine-grade thermoset powder coatings rated to ISO 9223 C4/C5 durability. Engineered to store heavy drill bits, slurry pump liners, and structural steel assemblies.
With industrial land values in Sydney's Aerotropolis and Melbourne's Western Distribution Precinct escalating rapidly, logistics operators require maximum cubic density. Our high-bay selective and narrow-aisle (VNA) racking systems extend clear up to 12.5 meters. Equipped with heavy-gauge upright splice kits, sacrificial front-leg impact guards, and guide rails for articulating reach trucks.
Refrigerated warehouse space costs up to 300% more to operate per cubic meter than ambient facilities. We design and manufacture heavy-duty drive-in and automated shuttle racking utilizing low-temperature resilient Q355D steel that resists cold embrittlement at -28°C. This ensures zero load failure across dairy, seafood, and agricultural export cold chain operations.
Key technological, regulatory, and sustainability shifts defining the Australian supply chain sector over the current multi-year procurement cycle.
WorkSafe Victoria and SafeWork NSW are strictly enforcing annual AS 4084 rack inspection compliance. Our exported systems include laser-engraved Safe Working Load (SWL) data plaques and tamper-evident beam lock pins as mandatory safety components.
As suburban warehouse availability sits at historic lows of below 1.5% across Sydney and Melbourne, companies are pivoting to multi-tier shelving and structural rack-supported mezzanines, multiplying footprint efficiency without moving premises.
Autonomous Mobile Robots (AMRs) and automated pallet shuttle carts demand ultra-tight manufacturing tolerances. Our precision roll-forming lines operate with beam deflection tolerances under L/200, preventing robotic sensor misalignment.
Australian corporate environmental charters demand documented supply chain sustainability. We offer carbon-offset high-tensile steel options paired with VOC-free electrostatic powder finishes, complying with Green Star building credits.
Bypassing multi-tier domestic distribution intermediaries cuts capital expenditure on major racking and shelving installations by 25% to 40%. We combine advanced automated manufacturing lines with dedicated in-house structural engineering tailored to Australasian loading standards.
Provide your building architectural drawings; our engineers generate complete AutoCAD/BIM layout plans, bay load calculation schedules, and aisle deflection verification reports within 48 hours.
Custom tooling specifically configured to roll-form frames at 838mm and 1067mm depths and beams at 2591mm and 2743mm lengths, ensuring flawless operation with standard Australian pallets.
Every batch is manufactured using certified mill coils with Mill Test Certificates (MTCs). Upright footplates, beam connectors, and structural trusses are joined using automated multi-axis robotic welding cells.
Specialized heavy-duty steel dunnage strapping and moisture-barrier protective wraps eliminate container transit abrasion, allowing direct port discharge ready for rapid erection on site.
Essential technical, compliance, customs, and installation answers for engineers and operations directors procuring industrial storage systems.
Our heavy-duty shelving and pallet racking systems are engineered, load-tested, and manufactured in full accordance with AS 4084:2023 Part 1 (Design) and Part 2 (Operation & Maintenance). We calculate beam and upright capacities under finite element analysis, including ultimate limit state (ULS) and serviceability limit state (SLS) deflection checks, supplying fully certified load charts for your site records.
European racking is optimized for 1200×800mm EUR pallets, and US racking is designed for 48×40 inch pallets. Australian timber pallets (CHEP and Loscam) measure 1165×1165mm. Using incompatible frame depths causes either insufficient pallet overhang or structural instability where forklift tines pinch the beams. We specifically manufacture 838mm and 1067mm deep frames to guarantee safe, certified 50mm overhang.
Yes. In compliance with AS 1170.4 (Earthquake actions in Australia), our structural engineering department calculates baseplate thickness, anchor bolt diameter, and embedment depth relative to your facility's hazard design factor ($Z$), subsoil site class, and importance level. We supply engineered baseplate drawings matched to high-strength Hilti or Ramset concrete anchor specifications.
Production cycles generally require 10 to 15 working days following CAD drawing and structural sign-off. Ocean freight transit times range from 12 to 18 days to Sydney (Port Botany), Melbourne (Port of Melbourne), and Brisbane (Port of Brisbane), and approximately 16 to 22 days to Fremantle (Perth). We provide full bill of lading, fumigation certificates, packing lists, and commercial invoices for clearance.
We supply comprehensive Safe Working Load (SWL) signage plaques detailing maximum unit load per pallet level, maximum total bay load, beam connection lock specifications, and installation tolerances adhering to EN 15620 / AS 4084:2023. These plaques mount directly to the ends of rack aisles for immediate compliance verification during WorkSafe inspections.
Yes. While our standard configuration features high-durability Ultramarine Blue uprights (RAL 5010 / 5015) and Traffic Orange beams (RAL 2004) for maximum forklift operator visibility, our automated electrostatic powder coating line can formulate any custom RAL shade to match your corporate branding with zero minimum order penalty on full-container orders.
Send our engineering team your warehouse slab drawings, pallet dimensional envelope (L×W×H), and forklift turning radius specifications. We will deliver a compliant AutoCAD layout plan, bay capacity schedule, and direct factory-to-port pricing within 24 hours.
