In the modern global supply chain network, the physical infrastructure of warehousing and product retail display plays a critical role in determining operational efficiency. Dongguan Durack Logistics Equipment Co., Ltd. has developed storage systems that optimize space, improve picking speed, and ensure safety. Our customized shelving systems bridge the gap between high-capacity structural storage and dynamic product displays, allowing global businesses to convert physical footprints into high-performance distribution channels.
Modern distribution centers are moving away from standardized components. To maximize vertical space and support automated material handling, racking systems must be custom-engineered to meet specific spatial constraints, weight profiles, and regulatory requirements. From heavy-duty cantilever structures for industrial pipes to integrated supermarket gondolas, our engineering team ensures that every configuration aligns with global safety codes and site-specific conditions.
"The optimization of spatial logistics is a direct driver of corporate profitability. By integrating bespoke structural profiles, advanced metallurgical engineering, and rigorous load testing, we deliver custom display and racking architectures that not only store inventory but streamline the entire flow of global commerce."
— Director of Engineering, Durack Logistics Equipment
Our solutions use advanced cold roll-forming lines, computerized welding stations, and powder-coating systems. This ensures consistent tolerances, corrosion protection, and structural integrity under dynamic load conditions. Whether configuring a high-bay rack system for automated shuttle carts or designed checkout lanes for a retail outlet, our systems are built for long-term durability and operational safety.
Founded in 2014, Dongguan Durack Logistics Equipment Co., Ltd. has grown from a regional structural fabricator into a premier global designer, supplier, and exporter of high-precision heavy-duty warehouse racking and integrated store fixture solutions.
Our custom design options allow clients to specify dynamic profiles, steel grades (such as Q235B and Q355B), and custom dimensions. This flexibility enables us to design components tailored to the requirements of automated storage and retrieval systems (AS/RS). Our strategic sales and support network extends across North America, Europe, and Southeast Asia. We maintain partnerships with over 850 industrial suppliers and procurement agencies worldwide, providing reliable lead times, project support, and responsive after-sales service.
We monitor quality at every stage of production, from raw steel selection to the final curing of the powder-coated finish. This structural process ensures that every beam, upright, and connector complies with relevant engineering standards.
Integrating smart warehouse technology, mechanical engineering, and environmentally friendly coating systems to meet the changing needs of global supply chains.
Designing structures compatible with dynamic load profiles, autonomous guided vehicles (AGVs), and smart radio shuttle systems. We engineer profiles to handle the continuous mechanical stress of high-frequency automated retrieval cycles.
Utilizing high-strength low-alloy structural steel sheets that balance load capacity with structural weight. This helps optimize transport costs and installation times without compromising storage safety.
Replacing traditional zinc-phosphating systems with modern, heavy-metal-free silane processes. This reduces water use, minimizes hazardous waste, and improves powder coat adhesion.
Each sector presents unique operational demands. We configure specialized storage systems designed to address specific industrial workflows and space constraints.
Third-party logistics providers require highly modular racking configurations to accommodate varied SKU dimensions. Our selective pallet racks allow easy configuration of beam heights and layout patterns. Using high-tensile steel connectors and multi-point beam clips, we build systems that handle frequent reconfigurations, maintaining stability under heavy loads.
For modern retail outlets, store fixtures must combine structural stability with clean product presentation. Our display racks and heavy-duty checkout counters are designed to support heavy product volumes while providing a clean appearance. Modular shelf panels, integrated pegboards, and dynamic wire display attachments allow retail managers to adjust display layouts to support seasonal promotions.
Our 45 QC specialists monitor critical dimensions and surface preparation stages using modern measurement equipment to confirm compliance with global standards.
Our quality control teams use calibrated calipers and coordinate measurement devices to measure thickness tolerances, hole spacing patterns, and structural connectors. Regular measurement ensures that modular uprights and beams slide together securely and support even weight distribution during installation.
Using magnetic induction coating thickness testers, we measure dry-film powder coat thicknesses across structural components, verifying that coating depths meet specification (60-80 microns). This testing ensures consistent protection against oxidation, corrosion, and physical wear in cold storage facilities and high-humidity environments.
Exporting structural storage equipment globally requires compliance with regional safety and engineering design codes. Durack engineers design structural systems to meet critical global specifications, including RMI (North America), FEM 10.2.02 (Europe), and AS4084 (Australia). Our structural calculations incorporate seismic safety factors to ensure structural stability in active seismic zones.
Additionally, we analyze wind load calculations for outdoor storage applications and open-sided depots. We perform structural finite element analysis (FEA) to simulate weight loading, buckling stress points, and seismic impacts before starting production. This verification process ensures on-site safety, helps facilitate building permit approvals, and minimizes project delay risks.
Transporting heavy, long-span structural steel products requires efficient packing designs to maximize shipping container space and prevent transport damage. We design palletized packaging configurations that reduce movement during shipping and allow for simple forklift unloading at destination ports.
Each shipment includes detailed layout drawings, numbered components, and assembly guides to simplify installation. We coordinate transport timelines, custom clearance documentation, and delivery schedules to help keep your project on schedule.
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