Discover our primary heavy-duty and precision-engineered racking products. Optimized for heavy logistics, boutique stores, and distribution warehouses globally.
Forging High-Performance Industrial Storage Infrastructures Through Integrated Engineering, Strict Testing Standards, and Global Distribution.
Founded in 2016, Dongguan Dingguan Metal Products Co., Ltd. (DirectRack) is a technology-driven warehouse equipment enterprise located in Dongguan, Guangdong Province. Leveraging 10 years of industry expertise and 8 years of international export background, the company operates a state-of-the-art manufacturing plant covering 25,000 square meters of building area. Our annual export revenue consistently exceeds $18 million USD, supplying premium steel storage systems to worldwide logistics networks.
As logistics hubs demand higher density, rapid SKU throughput, and faultless structural integrity, we bridge the gap between traditional steel fabrication and modern storage engineering. Our structural calculation workflows incorporate localized seismic loads, specific warehouse dimensions, and mechanical interactions between racking structures and material handling systems (MHE) to provide tailor-made racking systems built to last.
High-efficiency racking is no longer a simple metal framing project—it is a critical driver of the global supply chain grid.
In the wake of rapid global e-commerce scaling, cold-chain modernization, and micro-fulfillment deployment, physical storage space has become premium real estate. Modern operators are utilizing taller vertical configurations and narrower aisles (VNA) to optimize the volumetric capacity of their facilities. However, going high-density introduces significant risk if the racking design fails to account for dynamic structural forces, structural fatigue, and floor load capacities.
DirectRack is strategically aligned with top-tier third-party logistics (3PL) providers, retail hubs, and heavy industrial operations. Our client base stretches across Southeast Asia, the Middle East, and South America, where we help facilities scale by shifting from simple floor-stacking or low-density racking to highly dense, AS/RS-ready configurations.
Furthermore, regional regulations play a massive role in standardizing storage layouts. While North American operators look for strict OSHA and ANSI MH16.1 compliance, Oceanian regions mandate AS4084 certification. Designing warehouse racks that seamlessly conform to these regional structural parameters is key to global trade compliance and risk mitigation.
From premium Q235 steel profiles to heavy shot-blasting and automated electrostatic powder coating, explore how we enforce quality at every stage.
Unpacking the raw material advantages and operational integration that allow us to guarantee global supply continuity.
China's manufacturing prowess is built upon raw material access, integrated industrial clusters, and massive logistical networks. Located in Dongguan—the global epicenter of high-tech metal manufacturing—DirectRack maintains deep structural alliances with over 650 raw supply chain partners. This gives us immediate, prioritized access to certified Q235 and Q235B high-yield carbon steel, ensuring we remain unaffected by sudden global market volatility or localized metal shortages.
Our factory floor integrates cold-forming automation with heavy punch machinery, reducing raw material waste and driving down operational overheads. Because our supply loop is entirely localized, we transition custom engineering layouts into completed physical prototypes significantly faster than overseas competitors.
This tight operational integration translates directly into pricing efficiency and lead-time guarantees. For multinational distributors and developers managing multi-million dollar warehouse builds, our capacity to keep structural steel production on tight, predictable cycles is the ultimate safeguard against construction delays.
Led by our 35 senior R&D engineers, DirectRack is developing high-density, smart-compatible storage solutions for next-gen warehouses.
Introduction of inline thickness scanning sensors across forming machines to dynamically adjust tolerances, minimizing gauge deviations in structural upright columns down to ±0.05mm.
Developing ultra-flat racking runners with anti-flex designs specifically engineered for high-speed multi-directional warehouse shuttle systems. These designs ensure smooth rail transitions under 2-ton dynamic loads.
Implementing complex dynamic software models simulating localized earthquake conditions (up to Richter magnitude 8) to refine custom structural baseplates and double-diagonal structural bracing configurations.
We deploy 28 specialized QC inspectors to enforce quality governance that satisfies AS4084, OSHA, and FEM standards.
We execute full-scale compression destruction tests on upright columns to accurately calculate the yield point, ultimate failure limits, and safety factors under excessive weight loading.
Utilizing high-frequency X-ray scans across all welded baseplates and load beam connectors to verify absolute deep-penetration weld integrity, eliminating internal porosity risks.
We employ magnetic induction gauges to confirm uniform powder coating thickness (minimum 60-80 microns) to prevent oxidation, rusting, and corrosion in cold-storage operations.
How our custom storage designs adapt to distinct localized logistics requirements and seismic regions across the globe.
Every industry has distinct loading parameters and operational speeds. For example, in cold-chain distribution centers located in Australia and South America, temperature control requires high volumetric storage density to keep cooling costs low. In response, DirectRack configures custom Drive-In and Push-Back racking setups utilizing Q235B low-temperature steel. This variant maintains its structural elasticity and impacts strength even in sub-zero environments, avoiding standard carbon steel embrittlement.
Alternatively, FMCG and retail distribution facilities experience rapid inventory turnover. They require selective pallet racking systems compatible with reach trucks and standard forklifts. For these setups, we calculate precise bay clearances, dynamic load ratings, and design custom impact protectors for the base of the uprights. This greatly reduces accidental collision damage from forklifts during high-speed pallet extraction cycles.
In seismic-prone regions, we implement heavy-duty double-diagonal back-bracing systems and wider baseplates anchored with specialized mechanical expansion bolts. Through careful configuration, we ensure the structural center of gravity of the entire racking system is distributed correctly to withstand lateral forces. This guarantees the highest level of workplace safety and structural resilience.
Eliminating compliance risks through certified structural planning and global field support.
Navigating safety standards can be a barrier when sourcing structural steel internationally. That is why DirectRack supplies full engineering submittals and calculations prior to manufacturing. Whether your local safety board demands compliance with Australian Standard AS4084-2012, the European EN 15512 standard, or the United States RMI (Rack Manufacturers Institute) guidelines, our in-house engineering team provides standard-compliant layout designs.
We also provide comprehensive physical assembly instructions and clear video schematics to ease the setup process. For large-scale projects, we can coordinate with local third-party contracting firms to oversee safe construction and load-testing on-site. This approach ensures your racking system passes local building codes and safety inspections smoothly.
Critical engineering answers for logistics managers, structural buyers, and wholesale partners.
Explore additional systems designed for modern logistics, retail space utilization, and grocery/convenience storage applications.
DirectRack