Explore our foundational range of CE-certified products engineered for heavy-duty warehousing, automated inventory management, and long-load optimization.
Cantilever racking represents the optimal engineering solution for storing long, bulky, or irregular materials such as steel pipes, timber packs, plastic tubes, extrusions, and heavy structural profiles. Unlike standard selective pallet racks, a cantilever system features an unobstructed front profile, removing the vertical upright constraint at the aisle face. This allows continuous longitudinal storage and simplifies forklift access.
Ensuring the safety, stability, and load-bearing compliance of cantilever racks is critical. Under European Standards (EN 15635 & FEM 10.2.09) and CE directives, structural calculations must account for static forces, dynamic loading factors, deflection limits (typically L/200), and seismic coefficients. Selecting a certified manufacturer guarantees that columns, arms, bases, and bracing connections are built to withstand high torsional and shear stresses under maximum capacity.
Dongguan Hui Lian Intelligent Warehouse Equipment Co., Ltd. implements a strict end-to-end production pipeline. Every step—from raw material verification to advanced surface coatings—is monitored by our QC department to satisfy CE standards.
Why procurement officers, general contractors, and logistics hub operators choose Dongguan Hui Lian for structural storage equipment.
We perform rigorous load-bearing simulation testing using advanced laser measuring systems and coating thickness gauges. Every batch complies with European standard regulations for structural stability and user safety.
Supported by 126 professional R&D engineers, we design single-sided or double-sided systems tailored to your warehouse height, load specifications, and seismic conditions. We introduced 320 new custom solutions last year.
We collaborate with more than 850 strategic raw material and logistics partners. This allows us to source premium structural steel (Q235B & Q345B) at competitive rates, ensuring stable lead times and on-time global shipping.
Engineered to maximize overhead space, prevent material deformation, and streamline modern logistics operations.
Heavy-duty cantilever racks are essential for steel fabrication shops, tubing plants, and distribution centers. Storing items on floor stacks causes safety hazards and limits floor utilization. Using structural steel arm towers lets facilities organize pipes, conduits, and rods by thickness, length, and grade.
Equipping arms with end-stops prevents round stock from rolling off. We adjust center brace dimensions and arm inclines according to specific load configurations, minimizing structural deflection.
Plywood, drywall sheets, and long timber packs must remain flat to avoid warping or water damage. Our cantilever racks feature wide arm configurations and optional decking panels to distribute load weight evenly across the structure.
Heavy manufacturing and infrastructure hubs require durable storage for heavy machinery components, casting molds, and large cable reels. Standard roll-formed steel can fail under dynamic forces.
We manufacture structural steel uprights from high-grade H-beams and hot-rolled profiles. This creates a robust skeleton that handles high static loads. Specially designed axle brackets can convert the cantilever frames into active coil dispensers.
Car frames, exhaust tubes, and aluminum extrusions require scratch-resistant storage. Our automated electrostatic powder-coating line provides a durable, anti-rust surface finish. This protects both the racking components and the stored automotive inventory from scratches during forklift operation.
Essential criteria procurement managers use to qualify racking suppliers for large-scale operations.
A reliable manufacturer should supply Mill Test Certificates (MTC) showing the chemical properties and yield strength of the steel (e.g., Q235B, Q345B, S235JR, or S355JR). Selecting certified steel grades guarantees load stability under temperature variations.
Arms must connect securely to vertical uprights using high-tensile locking bolts (typically Grade 8.8 or higher) or heavy-duty pivot pins. This design prevents arms from detaching if accidentally bumped by forklift masts.
Engineering compliance requires that structural deflection under maximum load does not exceed L/200 (where L is the arm length). Racking designs should also match the local seismic activity requirements (per FEMA, IBC, or AS4084 guidelines).
For standard indoor warehouses, an electrostatic powder coating thickness between 60 to 80 microns is recommended. For cold storage, humid, or outdoor facilities, hot-dip galvanizing (HDG) per ISO 1461 provides long-term corrosion resistance.
Technical answers to common engineering, layout, and safety questions about industrial cantilever racking installations.
Discover our specialized warehouse solutions, from high-capacity cantilever pipe systems and modular steel mezzanines to industrial shelving systems.
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