Top 10 Warehouse Shelving Solutions Manufacturer & Supplier

All warehouse racking systems are designed according to international standards (EN 15512 and RMI MH16.1 specifications). Prior to fabrication, our structural engineers review your warehouse concrete slab data, including minimum slab thickness (typically 150mm to 250mm), compressive concrete strength (C20/25 to C30/37), and subgrade reaction modulus. Under high seismic load zones, we configure enlarged heavy-duty baseplates, twin mechanical wedge or chemical epoxy anchors, and diagonal back-to-back portal bracing towers. Shims of varying thickness (1.0mm to 3.0mm) are provided with every container to guarantee that uprights remain plumb (within 1/1000 verticality) even over uneven industrial floor surfaces.

Unlike low-cost suppliers who apply powder paint directly over mill oil or light wipe-downs, HEDA Shelves runs an automated 8-stage immersion pretreatment process. Steel components pass through hot alkaline degreasing, clean water cascades, acid pickling to eliminate mill scale and rust oxides, followed by zinc phosphating and chromate-free passivation. This creates an inert crystalline phosphate barrier on the Q235B steel substrate. Subsequently, an 80 to 120 micron electrostatic thermosetting polyester powder coat is baked at 200°C for 20 minutes, delivering superior cross-hatch adhesion (Grade 0 according to ISO 2409) and salt-spray resistance exceeding 500 hours (ASTM B117). For cold rooms, corrosive chemical stores, or semi-outdoor yards, we provide full hot-dip galvanizing with a minimum zinc coating thickness of 65 to 85 microns.

Ocean freight represents a major percentage of the total landed cost in international racking procurement. HEDA Shelves maintains a specialized container loading algorithm. Upright frames are shipped knocked-down (KD), bundled flat with custom steel strapping, allowing up to 120 upright assemblies to fit within space that would hold only 25 pre-assembled frames. Step-beams are nested face-to-face with protective bubble membrane sleeves to prevent powder scratching. Wire decks are nested upside down into compact pallets. This disciplined packing ensures a standard 40-foot High Cube (40HQ) container achieves near 100% volumetric capacity, carrying between 22 and 26 metric tons of certified steel racking, minimizing ocean freight cost per pallet position to global ports such as Lagos, Tema, Mombasa, Durban, Alexandria, or Rotterdam.

For logistics operators in regions facing frequent electrical grid interruptions or power shedding, we recommend prioritizing mechanical gravity systems. Selective pallet racking, Drive-In racking, Cantilever racks, and Mezzanine platforms rely purely on physical forklift mechanical power and require zero electricity. Furthermore, Gravity Pallet Flow Racks utilize self-regulating brake rollers and gravitational incline (3% to 4% slope) to move pallets automatically, guaranteeing strict FIFO rotation without electric motors. When high-density automation is requested via our Radio Shuttle Racking System, we outfit our lithium battery banks with multi-unit industrial swap stations engineered to connect to on-site solar inverters or diesel generators, keeping shuttle carriers running 24/7 without grid reliance.

Yes. Over 90% of our international projects are installed smoothly by local client contractors. HEDA Shelves issues a complete engineering installation documentation package with every shipment, featuring numbered 3D architectural layout drawings, bolt torque specifications (e.g., Grade 8.8 M10 bolts torqued to 45 Nm), baseplate leveling maps, and clear step-by-step video manuals. Every individual beam and upright bundle carries waterproof shipping labels matching the CAD schematic. In addition, our project engineers host real-time video conference calls to guide local teams during critical structural stages. For expansive distribution center projects exceeding 15,000 m², HEDA can dispatch bilingual site installation supervisors directly to your facility.

To produce an optimized CAD floor plan, structural 3D rendering, and exact load calculation within 24 hours, our engineering team requires: (1) Warehouse building dimensions, clear height beneath ceiling beams or sprinklers, and internal column/door locations; (2) Pallet specifications including width, depth, overall height including cargo overhang, and gross maximum pallet weight; (3) Existing or planned forklift brand and model, mast lift height, and minimum turning radius; (4) Total SKU count and desired rotation method (FIFO or LIFO); (5) Building destination city and discharge sea port for accurate landed freight estimates.