Explore our flagship range of heavy-duty industrial storage racks, automated shuttle racking components, and structural warehouse mezzanine platforms engineered for maximum efficiency.
Dongguan Durack Logistics Equipment Co., Ltd. is a global leader in high-density warehouse storage architectural systems, providing state-of-the-art engineering to 3PL suppliers, logistics hubs, and distributors.
Founded in 2014, Dongguan Durack Logistics Equipment Co., Ltd. has rapidly grown into a premier Chinese storage racking system manufacturer operating from a highly automated 35,000 m² industrial facility. Backed by 12 years of core industry experience and 8 years of global export history, our company achieves a consistent $28 million in annual export revenue. Our operational integrity is anchored by a rigorous, multi-tier quality assurance system that incorporates full-spectrum ultrasonic testing and structural load-bearing stress evaluations under the oversight of 45 dedicated QC specialists.
Leveraging a robust international trade infrastructure, our major markets span North America, Europe, and Southeast Asia. We maintain a reliable supply chain network of over 850 strategic partners, catering to dynamic third-party logistics (3PL) providers, automated distribution centers, and large-scale industrial distributors. Backed by our proactive R&D division comprising 65 specialized mechanical and structural engineers, Durack offers comprehensive OEM/ODM customization options. From bespoke upright profile design to tailored structural steel grades and automated system layout mockups, our facility successfully launched over 120 new storage innovations last year alone.
Our state-of-the-art production line utilizes heavy-duty stamping, automated bending, high-frequency rolling, and robotic welding to guarantee structural yield strength and dimensional accuracy.
Strategic sourcing of premium hot-rolled and cold-rolled steel coils (Q235B & Q355B structural grades) tested for load capacity and elongation.
High-speed CNC stamping plates formulate components, baseplates, and bracket connectors with micrometer-level structural accuracy.
Robotic bending presses form complex multi-fold profiles, improving the deflection limit and load-bearing dynamics of horizontal beams.
Carbon-dioxide shielded arc welding creates structural welds between connector brackets and load beams, ensuring zero-joint-slippage.
Multi-bath chemical pre-treatment and zinc phosphating lines remove oxide scaling, laying an anti-corrosive anchor layer for coating.
Automatic electrostatic spray booths coat panels and uprights with epoxy-polyester powder, followed by high-temp heat curing.
Finished products are securely stored in dry, moisture-controlled warehouses, systematically packed and strapped for ocean transit.
Multi-station cold rolling lines shape high-tensile steel coils into complex upright channel profiles with high rigidity.
Continuous punching feeds strip teardrop and diamond pitches along the column length, ensuring 50mm/75mm adjustment options.
Heavy duty welding arms execute precision GMAW welds on structural beams, reducing human error and micro-fracture anomalies.
Fully enclosed automated lines handle chemical treatment and paint application to keep environmental impacts near zero.
High-tonnage mechanical presses punch thick steel bracing plates, ensuring connection durability under heavy loads.
Program-controlled CNC bending ensures angle accuracy and straightness control for cold storage structural pieces.
Heavy-duty butt welding machines join raw steel strips for continuous cold-rolling, boosting raw manufacturing line throughput.
Digital calipers measure sheet steel thickness, punched pitch dimensions, and beam outer profiles down to 0.01mm. This guarantees that all modular shelf connectors lock cleanly into structural frames, eliminating structural play.
Our QC specialists use electronic coating thickness testers to verify standard paint depth (ranging between 60 to 90 microns). This checks paint adhesion and durability against rust, physical impacts, and chemical wear.
We design, simulate, and manufacture customizable racking frameworks tailored to address the storage layouts, load ratings, and logistical demands of diverse industrial fields.
Heavy-duty selective pallet racks and dynamic push-back shelving configurations optimize SKU density and speed up product picking cycles. Our configurations adjust to fast-changing inventory rates while supporting high load limits.
Fully compatible with 4-Way pallet shuttles and stacker cranes, our precision-welded racking modules operate within tight tolerances (under EN 15620 guidelines) to ensure automated warehouse vehicles travel safely.
Designed for heavy foot traffic and aesthetic appeal, our modular retail display racks, checkout counters, and gondolas combine durable metal pegboards with scratch-resistant finishes for busy retail spaces.
As logistics shift toward unmanned operations and automated decision-making, we are updating our structural designs to match the demands of future intralogistics ecosystems.
Modern warehouse layouts are shifting from static, manually operated configurations to dynamic, self-optimizing platforms. Durack's technology roadmap focuses on developing high-rigidity structural frameworks that connect with 4-Way pallet shuttles and Automated Guided Vehicles (AGVs). These shuttle-compatible racking assemblies require structural deflection levels under L/300, limiting dimensional shifting under heavy loads.
Our research and development team is testing high-strength structural profiles designed to withstand the fast braking forces of high-speed shuttles. By combining finite element analysis (FEA) software with real-world physical load testing, we deliver storage solutions optimized for safety, floor utilization, and long service life. Additionally, we are incorporating smart inventory tracking and eco-friendly manufacturing treatments to lower the carbon footprint of future logistics facilities.
Industrial racking must comply with local safety regulations to prevent structural collapses. The comparison table below highlights how Durack products align with global logistics standards.
| Specification Category | European Norms (EN / FEM) | North American Standards (RMI) | Durack Manufacturing Standards |
|---|---|---|---|
| Structural Steel Grades | S235JR, S355JR conforming to EN 10025 | ASTM A1011, Grade 50 High-Strength Steel | Certified Q235B & Q355B (Tensile strength verified) |
| Safety Factor Ratios | 1.5 minimum over structural yield limits | RMI ANSI MH16.1 Design Safety Factor limits | 1.5 to 1.6 times load limit rating |
| Welding Quality Standards | EN ISO 3834 robotic weld certifications | AWS D1.1 structural welding requirements | 100% automated robotic welding with ultrasonic checks |
| Corrosion Protection | EN ISO 12944 standard dry-film thickness | ASTM B117 salt spray testing parameters | Zinc Phosphating (Parkerising), 80μm powder coat |
| Seismic Design Options | Eurocode 8 structural seismic layout guidelines | IBC & ASCE 7 seismic zone requirements | Custom baseplates & heavy bracing systems |
Answers to common structural engineering, custom configuration, and global shipping questions from procurement managers.
We primarily use certified high-yield structural steel alloys: Q235B and Q355B (equivalent to EN10025 S235JR and S355JR respectively, and comparable to ASTM A1011 Grade 50 in North America). These grades provide the necessary yield strength and ductility to support high weight limits while remaining weldable for structural safety.
Every customized profile design undergoes Finite Element Analysis (FEA) testing in our R&D lab to simulate load distributions, deflection limits, and seismic stress levels. After simulated testing, we conduct real-world physical load tests using hydraulic systems to confirm that actual yield strengths match our structural calculations.
We apply a multi-stage pre-treatment that includes acid pickling to remove rust, followed by chemical Parkerising (zinc-phosphating). This process creates a clean anchor layer for our electrostatic powder coating, which is cured at 200°C. The resulting paint layer is 60 to 90 microns thick, providing strong protection against scratches and rust.
Yes, our structural designs align with major international specifications, including the European EN 15512 / FEM 10.2.02 standards, the North American RMI codes, and Australian AS4084-2012 specifications. We customize upright pitch sizes, safety factors, and connection components to match the compliance requirements of your specific location.
Upright frames and horizontal beams are wrapped with air-bubble film, strapped with heavy-duty PET bands, and placed on steel-reinforced timber skids to prevent movement. Corner cardboard protectors prevent paint chipping, and plastic stretch wrapping keeps moisture away during transit.
Standard industrial rack designs are drafted and quoted within 3 to 5 business days. Once CAD designs are approved and deposits are received, fabrication averages 20 to 30 days. Lead times depend on production schedules, order volume, and requirements for specialized custom tooling.
Browse our specialized storage fixtures, custom material handling equipment, and automated warehouse shuttle solutions designed for commercial integration.
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