Industrial Rivet Rack: Global Buyers' Structural & Sourcing Intelligence

Load ratings are always published assuming a Uniformly Distributed Load (UDL), meaning the total weight of stored goods is distributed evenly across the entire surface area of the shelf deck. If your goods impose concentrated point loads (e.g., small heavy tooling dies, equipment motors, or dense steel casings), beam bending moments and deck shearing stress increase drastically.

In point-load situations, our engineering team integrates intermediate cross-tie support channels beneath the decking or upgrades the configuration from an angle beam to a heavy-gauge channel beam to prevent localized deflection exceeding SEMA thresholds.

Single-rivet beams feature a solitary cylindrical pin on each end that nests into an upright keyhole. This produces a compact, low-profile horizontal perimeter ideal for lightweight manual access (150–250 kg/level) where vertical shelf spacing is tight. However, single-rivet beams lack high rotational stiffness.

Double-rivet beams incorporate two vertically stacked cylindrical pins per connection, creating a boxed frame that resists longitudinal rack sway and torsional twist. This dual-pin engagement elevates load thresholds up to 800 kg per level, making double-rivet members the standard for industrial warehouses, heavier bins, and bottom-level shelf stability.

Yes. While freestanding light-duty rivet racks under 1,800 mm in height typically remain unanchored for quick repositioning, industrial installations—particularly those exceeding a 4:1 height-to-depth aspect ratio, multi-tier platforms, or seismic zone setups—require structural base footplates.

My Interack supplies heavy-gauge steel footplates that slot directly into the bottom of the upright post and receive M10/M12 concrete expansion anchor bolts. This prevents post dislocation from manual hand-truck or cart collisions and ensures vertical plumb stability under seismic excitation.

All My Interack steel uprights, beams, and structural accessories undergo a multi-stage pre-treatment process: alkaline degreasing, zinc phosphate rust inhibition, and a pure water rinse. Components then enter an automated electrostatic booth where an architectural-grade epoxy-polyester powder coat is applied to a controlled thickness of 60–80 microns.

The powder coat is cured in an infrared baking oven at 180°C to 200°C, producing a scratch-resistant, impact-resistant finish that passes 500-hour continuous salt spray testing. For corrosive, chemical, or cold-storage environments, we offer optional hot-dip galvanizing and pre-galvanized beam configurations.

Because industrial rivet racks utilize completely boltless, knock-down profiles, they achieve remarkable shipping density. Upright posts are bundled in high-tensile steel banding with protective edge guards, beam profiles are systematically nested on custom pallets, and decking panels are shrink-wrapped in moisture-barrier film on reinforced timber skids.

A standard 40-foot high-cube (40HQ) maritime shipping container can accommodate up to 400–600 linear meters of complete rivet racking bays, minimizing ocean freight rates per square meter of deployed storage and eliminating container volume waste.

For standard dimensions (widths of 900mm, 1200mm, 1500mm, 1800mm and depths of 450mm, 600mm, 900mm), typical production turnaround is 14 to 21 working days from engineering approval. Bespoke roll-formed profiles, custom corporate RAL powder coat colors, or heavy OEM-labeled batches require approximately 3 to 4 weeks.

Our standard export minimum order quantity begins at a single 20-foot full container load (FCL) to maintain freight efficiency, though mixed-product consolidation containers (combining rivet racks with pallet racking or mezzanine components) are readily accommodated.

Both models are available. Across Malaysia and Singapore, My Interack operates dedicated in-house technical assembly and leveling crews. For overseas project deliveries (e.g., North America, Europe, Australia, Middle East), the completely boltless design allows local non-specialized warehouse labor to erect bays effortlessly using our step-by-step 3D assembly manuals and video guides.

For large-scale industrial projects or multi-tier catwalk installations, we provide on-site technical supervisors or remote video commissioning engineers to oversee structural alignment, plumb line checks, and certified safety handovers.

Every commercial shipment includes Mill Test Certificates (MTC) verifying the chemical composition and yield strength of the cold-rolled steel, Certificate of Origin (Form D or standard international COO), ISO 9001:2015 and ISO 14001:2015 factory compliance audits, and stamped engineering static deflection calculation reports.

We also supply permanent aluminum load capacity placards that mount directly onto aisle uprights, satisfying workplace safety inspectors (OSHA / DOSH) by clearly delineating uniform distributed load maximums per shelf and bay.