Industrial storage capacity and efficiency are the primary structural bottlenecks in supply chain performance. High-performance platform racks act as the foundational architecture for modern smart warehouses and distribution hubs.
Engineered to deliver exceptional load-bearing capacities, seismic resilience, and optimum vertical space utilization. Explore our core range of heavy-duty and light commercial designs.
In modern industrial facilities, warehouse vertical space represents a crucial vector for business expansion. Platform racking systems (including mezzanine structures, multi-tier pallet racking, and cantilever systems) are highly engineered structures that must carry heavy payloads while ensuring structural integrity and human safety. Sourcing from top-tier manufacturers requires deep technical validation of structural engineering standards, steel metallurgy, welding methods, and quality inspection programs.
Strategic Positioning Statement: Established in 2014, Dongguan Durack Logistics Equipment Co., Ltd. is a leading Chinese storage racking system manufacturer operating a 35,000 m² state-of-the-art facility. Supported by 12 years of core industry expertise and an 8-year global export footprint, the company produces $28 million in annual export revenue. Our manufacturing operations run under a rigorous quality assurance system, implementing full-spectrum ultrasonic weld testing and load-bearing stress evaluations, directed by 45 dedicated QC specialists.
Procurement directors and supply chain managers cannot evaluate industrial steel structures based on cost alone. The risk profiles of sub-standard platform racks include structural deformation, local buckling, systemic collapse, and regulatory shutdown. To manage these risks, global enterprises focus on three core pillars:
Our manufacturing and quality assurance workflows at the Dongguan Durack facility ensure that every beam, upright, and support frame meets exact stress and dimensional standards.
The concentration of raw steel mills, automated tooling centers, and skilled fabrication facilities makes China the global hub for logistics equipment. Working with Durack provides distinct supply chain efficiencies:
Every warehouse configuration has unique constraints. Factors like structural column grids, forklift turning radii, ceiling clearance, and sub-slab load limits require tailored design adjustments. Driven by our active R&D division of 65 specialized engineers, Durack offers complete OEM/ODM customization options. This includes bespoke beam profiles, structural steel grades, dynamic layout designs, and specialized seismic baseplate detailing. Last year alone, our engineering division launched over 120 new storage configurations to solve difficult client space limitations.
Note on Localized Customization: In structural platforms, frame load capacities must account for dead loads, live loads, and dynamic loads from handling equipment. Durack engineers work closely with local structural engineering partners globally. This ensures our designs comply with municipal safety rules and pass local building inspections.
How Durack ensures project safety, efficiency, and compliance from manufacturing to final installation.
Every structural batch undergoes load stress trials and ultrasonic weld inspections. Our designs follow CE, AS4084, and RMI design standards to guarantee safety under maximum load configurations.
With an annual export revenue of $28 million and a network of 850+ partners, our massive scale lowers procurement costs. We pass these savings directly to our clients without compromising raw material quality.
Our R&D team provides complete CAD and 3D designs within 48 hours. We also offer localized support for site installation guidelines, seismic zoning compliance, and custom paint finishes.
From high-density automated shuttle systems to heavy-duty cantilever structures, explore our advanced options for complex warehousing challenges.
The warehousing industry is undergoing rapid changes due to labor shortages, rising land prices, and the growth of e-commerce. These shifts directly impact how platform racks are designed and used:
Durack platform systems are designed for optimal performance in diverse commercial settings:
Critical engineering and procurement insights to assist your technical vetting process.
We primarily use certified Q235B and Q355B structural steel, which conform to standards equivalent to SS400 and S355. This ensures optimal yield strength, fatigue limit resistance, and clean weldability under static and dynamic loads. Mill test certificates are available for every production batch.
Every platform racking system undergoes Finite Element Analysis (FEA) during design to simulate maximum load distribution. In production, we run ultrasonic weld tests and use precision calipers and coating thickness testers. Load tests are performed under independent supervision of our 45-member QC team.
Our systems comply with European EN 15512, North American RMI standards, Australian AS4084-2012, and carry CE certifications. We adapt baseplate dimensions, upright thicknesses, and bracing patterns to meet local seismic zoning requirements.
All structural components undergo an multi-stage preparation process: degreasing, acid-washing, Parkerising (phosphating), and final electrostatic powder coating. For harsh or outdoor environments, hot-dip galvanized finishes are available.
Yes. Our R&D team works closely with logistics integrators to customize beam pitches, rail dimensions, and runout tolerances. This ensures smooth, reliable performance when combining racking with automated shuttle systems or AGVs.
Durack