Explore our heavy-duty, customizable warehouse platform components and storage cages designed for high efficiency.
Dongguan Hui Lian Intelligent Warehouse Equipment Co., Ltd. stands as a premier structural engineering and manufacturing hub in Southern China. Operating out of a state-of-the-art facility spanning 18,500㎡, we specialize in delivering intelligent warehouse solutions that resolve storage density and operational bottlenecks across global distribution networks.
Equipped with 15 years of industry experience and 8 years of dedicated international export track record, we produce systems that align with global compliance requirements. Our annual export revenue averages US$18 million, representing solid partnerships with heavy machinery distribution hubs, e-commerce giants, and 3PL organizations worldwide.
A global study of how structural mezzanine platforms mitigate square-footage constraints and increase operations efficiency.
Global warehousing real estate demands vertical expansion solutions. Structural steel platforms from Hui Lian allow double and triple-tier configurations, maximizing high-clearance warehouses by up to 200%. This vertical capacity enhancement keeps fulfillment centers within active metropolitan areas, lowering final-mile transit costs.
Unlike standard shelving, our platforms feature rigid dynamic load capacities (up to 2,000kg/㎡). Our designs integrate I-beam supports and heavy-gauge deck structures to support light electric vehicles, conveyors, dynamic storage systems, and sorting machines safely without causing structural fatigue.
Modern distribution warehouses rely on automated guided vehicles (AGVs) and autonomous mobile robots (AMRs). Hui Lian's steel platforms are designed to remain level, keeping deck deflection within 0.5% under high dynamic loads. This stability allows sensor systems to navigate without losing calibration.
How we transform structural carbon steel profiles into safety-certified space optimization assets.
Our facility runs high-efficiency, automated machinery that maintains tight tolerances across large fabrication runs.
Safety is the primary metric for elevated platform structures. Under our QA/QC policy, 56 dedicated quality inspectors run non-destructive testing, dimension accuracy verification, and material stress analysis daily.
We use micrometer gauges and digital vernier calipers to measure thickness uniformity down to the micrometer level. We test raw steel samples for tensile strength in-house before release to production, ensuring structural integrity under full loads.
Our systems are built to meet the structural compliance, seismic design, and wind load demands of global export markets.
Our platforms are designed to comply with standard engineering guidelines, including EN 15512 (Europe), RMI (United States), and AS4084 (Australia). This compliance ensures straightforward building permit approvals, facility compliance audits, and structural approvals from local regulators.
Using FEA software, we calculate seismic load distributions based on local seismic hazard parameters. The platform baseplates, connections, and structural bracing are configured to resist lateral displacement, keeping operators and goods safe during seismic events.
We work with regional structural engineers to provide certified design calculations, CAD drawings, and installation guides. This collaborative approach makes local installation, structural validation, and regulatory approval straightforward for overseas operations.
Modern storage facilities are evolving from static rack structures to dynamic, computerized fulfillment systems. Hui Lian is actively researching automated racking interfaces that integrate with conveyor systems, heavy-duty cargo lifts, and shuttle devices.
Our development team focus on designing modular, pre-assembled structural units. These components can be easily configured, expanded, or relocated, helping distribution centers adapt to shifting business demands without requiring complete facility overhauls.
We are also updating our powder coating operations to reduce emissions and power consumption, matching the sustainability targets of major corporate logistics operations.
Development of ultra-lightweight structural columns with a 20% increase in tensile performance, using micro-alloyed steel profiles.
Upgrades to low-temperature curing powder formulations, reducing manufacturing carbon footprint while keeping salt-spray resistance performance above 500 hours.
Expert answers regarding structural steel platform specifications, regulations, and implementation.
We use Q235B and Q355B structural carbon steel. Load capacities are calculated using finite element analysis (FEA) based on your specified loading profile. Each critical component is tested on hydraulic press machines to verify load ratings before full-scale manufacturing begins.
Our engineering department designs platforms to meet standard building codes. This includes the required handrail heights, safety kickplates, staircase configurations, and seismic baseplates required by OSHA (US), EN 15512 (Europe), and AS4084 (Australia).
We apply an electrostatic powder coating cured at high temperatures to resist mechanical wear and humidity. For extreme humidity or cold storage environments, we offer hot-dip galvanized components to provide long-term corrosion protection.
Engineering design and optimization require 3-7 working days. Once the layout is approved, manufacturing takes between 20-30 days, depending on project volume. We package components using protective wrapping to secure structural elements during sea freight shipping.
Versatile, modular shelving units and wire racks designed for commercial displays and light industrial storage.
Hui Lian
