Pallet Racking System Warehouse Manufacturers & Suppliers in Toronto

Under Section 7 of the Occupational Health and Safety Act (OHSA) Regulation 851, any pallet racking structure where goods are placed by a mechanical device (such as a forklift or stacker) requires an engineered Pre-Start Health and Safety Review (PSR). To achieve certification, an independent Professional Engineer (P.Eng.) licensed with the PEO must inspect the engineering calculation package, confirm that the racking can support the rated load without exceeding CSA S16 stress thresholds, verify anchor embedment depths, ensure floor slab adequacy, and confirm that visible load rating capacity plaques are permanently affixed.

Yes. We deliver complete engineering documentation packages, including mill test reports, steel stress-strain curves, section moduli, and CAD drawings. We routinely collaborate with licensed Ontario structural engineering firms who review our structural data under the Ontario Building Code (OBC) and CSA A344 to provide formal P.Eng. stamped approvals for municipal permit applications and Ministry of Labour compliance records.

While Southern Ontario is categorized as having low-to-moderate seismic hazard compared to Western Canada, the National Building Code of Canada (NBCC) and OBC still require seismic force calculations for racking structures based on spectral acceleration values (Sa(0.2) and Sa(1.0)). Factors such as warehouse clear height, building importance category, and soil class (Site Class A through E) dictate the thickness of the footplates, the number of Hilti or Simpson concrete wedge anchors per column, and the inclusion of top-tie portal frames or heavy back bracing.

Roll-Formed Teardrop: The predominant standard in North American warehouses. Beam pins drop into teardrop punchings on 2-inch vertical centres without requiring bolts. It provides extreme versatility, rapid assembly, lower cost, and high load capacities for typical distribution centers.

Structural C-Channel: Hot-rolled structural steel shapes bolted together with high-strength fasteners. It offers superior resistance to forklift impact, higher capacity per shelf level, and is favored in harsh outdoor environments, freezer rooms, and heavy manufacturing warehouses.

We provide full container load (FCL) export shipping under Incoterms (FOB, CIF, or DDP). Ocean shipments arrive through the Port of Montreal or Port of Halifax and transfer directly via CN or CP Rail intermodal flatcars to the CN Brampton Intermodal Terminal or CP Vaughan Intermodal Yard. Containers are then dispatched by local chassis drayage carriers directly to your facility receiving dock in Mississauga, Brampton, Milton, Markham, or surrounding GTA hubs.

For standard 4-to-5 tier selective racking supporting 2,000 to 2,500 lbs per pallet, an industrial concrete floor slab with a minimum thickness of 6 to 8 inches (150–200mm) and a compressive strength of 3,500 to 4,000 PSI (25–30 MPa) is standard. For high-cube VNA or narrow-aisle systems over 35 feet, slabs often require 4,500+ PSI with reinforced rebar mats to prevent punching shear failure under concentrated column point loads.

According to CSA A344-17 guidelines, racking must be subjected to ongoing routine visual inspections by warehouse safety personnel, as well as an annual formal inspection by a qualified racking engineer or trained specialist. Any visible column deflection exceeding 3mm over a 1-meter span or damaged beam safety lock pins requires immediate offloading of pallets and remedial engineering repair.

With our 30,000m² factory and 30,000-ton monthly capacity, precision fabrication of standard selective or drive-in projects typically requires 2 to 3 weeks following approval of production shop drawings. Ocean transit to Canadian East Coast ports and rail transit to Toronto takes approximately 28 to 35 days, providing substantial landed cost savings compared to purchasing through local intermediaries.