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Stow offers a complete range of cantilever racking systems for the storage of long goods, tall and irregular sized goods.
The total capacity for the Stow Group Australia Cantilever Racking is up to 2500 kg per arm. For most types of long goods, an optimised storage solution can be provided.
Our cantilever racking uses hot rolled steel profiles (HEA or IPE) for its construction and comes in various sizes and thicknesses.
Contact us for any racking or shelving solutions.
Cantilever racking is an ideal warehouse storage solution for businesses handling long and oversized materials. Designed for strength, accessibility, and efficient space utilization, cantilever racking systems provide safe and organized storage for pipes, tubes, timber, wood, steel sections, metal sheets, bars, rebar, extrusions, and profiles. With customizable configurations to suit different load capacities and warehouse layouts, these systems can help improve storage efficiency and material handling. Choose professionally designed cantilever racking solutions from AME Storage Solutions for durable and practical warehouse organization across the UAE and GCC.
Cantilever Racking Explained: The Best Workshop Storage for Long Items
When it comes to storing long or bulky materials, traditional shelving often doesn’t work. Items like timber, pipes, steel bars and long components simply don’t fit neatly onto standard shelves. That’s where cantilever racking comes in. Cantilever racking is a specialised storage system designed specifically for long loads that require clear access and strong support. Know More
Learn how commercial pallet racking helps retail distribution centres overcome space constraints, handle SKU growth, and improve fulfillment
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Cantilever Racking | Racking Systems for Warehouses Ireland
Optimize industrial storage with cantilever racking systems in Ireland Perfect for long, bulky items Explore our racking systems for warehouses today!
Optimize industrial storage with cantilever racking systems in Ireland. Perfect for long, bulky items. Explore our racking systems for wareh
Storing Long Pipes and Lumber Using Cantilever Racking Systems
Cantilever racking systems provide an efficient and reliable method for storing long pipes and lumber in warehouses and industrial settings. Designed specifically for elongated and bulky materials, these systems eliminate the challenges of traditional storage methods like ground stacking, which often leads to damage, clutter, and safety issues.
Why Cantilever Racking Excels for Pipes and Lumber
Long pipes and lumber present unique storage demands due to their length, weight, and irregular shapes. Standard pallet racks feature obstructing front columns that prevent easy forklift access to extended items, forcing awkward maneuvers or inefficient stacking. Cantilever racking solves this with vertical columns supporting horizontal arms that protrude outward, creating an open-front design. This allows forklifts to slide pipes or lumber directly onto arms from the side without obstructions.
The system's arms, typically adjustable every 2-6 inches in height, accommodate varying diameters of PVC pipes, steel tubing, rebar, or lumber lengths from 8 to 40 feet. Single-sided units mount against walls for space savings, while double-sided configurations maximize central floor areas. This adaptability makes cantilever racking ideal for lumber yards, plumbing suppliers, construction sites, and metal fabrication shops handling high volumes of linear materials.
Optimal Space Utilization for Elongated Materials
Warehouses often waste valuable floor space storing long pipes and lumber horizontally on the ground or in makeshift piles. Cantilever racking verticalizes this storage, exploiting ceiling heights up to 25-30 feet to store tons of material in a compact footprint. Narrow aisles of 8-12 feet—versus 15+ feet for pallet systems—increase density by 40-60%, freeing areas for processing, loading docks, or additional inventory.
For lumber, tiered arms organize boards by species, grade, and length: oak planks on lower levels for heavy access, plywood sheets higher up. Pipes sort by material and size—galvanized steel low, lightweight PVC elevated—preventing sagging or nesting. This structured approach eliminates cross-contamination, like sawdust on clean pipes, and supports inventory rotation with clear FIFO access.
Customization options include arm lengths from 3-8 feet and load capacities of 1,000-6,000 lbs per arm, ensuring precise fit for 20-foot steel pipes or 16-foot 2x4s without overhang risks.
Streamlined Loading and Retrieval Processes
Efficiency in handling defines cantilever racking's value for pipes and lumber. Forklifts, reach trucks, or side loaders approach aisles directly, placing loads onto arms in seconds. No need to lift over front posts or shuffle piles—items slide on and off effortlessly, cutting retrieval times by 50% compared to ground storage.
Lumber stacks stay flat and stable on arm lips or end stops, preventing roll-off during movement. For pipes, arms with adjustable braces cradle round profiles securely, avoiding dents or bends. Operators gain full visual access down rows, quickly identifying 4-inch conduits amid 10-inch variants or kiln-dried pine versus green lumber.
In high-turnover settings like construction supply yards, this speed supports just-in-time delivery, reducing holding costs and demurrage fees.
Safety Enhancements for Heavy Linear Loads
Storing long pipes and lumber safely is critical, as improper setups lead to falls, crushes, or tip-overs. Cantilever racking elevates materials off floors, removing trip hazards and forklift collision points from cluttered ground piles. Sturdy steel columns with base plates anchor firmly to concrete, resisting lateral forces from uneven loads or seismic activity.
Each arm bears rated capacities with safety factors exceeding 2:1, preventing overload failures. Features like shear-resistant braces, footplates, and warning labels ensure compliance with OSHA 1910.176 and similar standards. For lumber prone to warping, wide arms distribute weight evenly; pipes benefit from non-slip surfaces to curb slippage.
Facilities using these systems report 35% fewer incidents, lower insurance premiums, and OSHA audit passes, protecting workers and assets.
Durability Tailored to Harsh Environments
Pipes and lumber storage exposes racks to moisture, dust, and impacts. Cantilever systems use high-grade structural steel with powder-coated or galvanized finishes to resist corrosion in humid lumber sheds or outdoor pipe yards. Bolted or welded joints withstand daily forklift contacts, with modular arms replaceable individually to minimize downtime.
Heavy-duty designs handle lumber's abrasive edges and pipes' greasy residues without deformation. Lifespans reach 20-25 years with basic maintenance: quarterly inspections for bolt torque, arm wear, and anchor integrity. This robustness outperforms wood pallets or cable reels, which degrade quickly.
Cost Savings and ROI Realization
Investing in cantilever racking for pipes and lumber yields rapid returns. Installation costs 20-40% less than mezzanines or expansions, with payback in 12-24 months via space gains, labor savings, and damage reduction. No more warped lumber from ground moisture or dented pipes from pile pressure—product quality improves, cutting returns by 25%.
Scalability shines: add bays as inventory grows without redesigns. Energy efficiency follows from decluttered floors improving airflow and lighting, potentially trimming HVAC bills.
Case in point: a Midwest lumber distributor tripled capacity in the same footprint, boosting throughput 40% while slashing storage losses.
Implementation Guidelines for Success
Start with a site survey: measure ceiling heights, floor load capacities (typically 500-1,000 psf), and inventory profiles. Calculate bay configurations—e.g., 12-foot columns with 5-foot arms for 24-foot lumber. Select single- or double-sided based on layout; include seismic clips for prone areas.
Professional installation takes 2-5 days: level bases, erect columns, attach arms and bracing. Train staff on protocols—center loads, avoid point pressures, use straps for banded lumber. Integrate labels or software for bay tracking: "Bay A1: 2-inch PVC, 20-ft lengths."
Maintenance routines: sweep debris, check for dents, lubricate moving parts sparingly. Annual engineering reviews ensure ongoing compliance.
Industry Applications and Best Practices
Lumber mills store kiln-dried boards vertically, preventing twist and mold. Pipe fabricators tier schedules 40/80 steel by diameter, speeding welding prep. Oilfield suppliers rack 40-foot casings securely against wind.
Best practices include hybrid setups with pallet racks for fittings, color-coding arms by material, and LED aisle lighting for night shifts. Ventilation gaps in bracing prevent moisture pockets in stacked lumber.
Future-Proofing Storage Needs
As supply chains demand faster turns amid manufacturing booms, cantilever racking adapts. Pair with automation like pipe shuttles or lumber sorters for ultra-efficiency. Sustainable sourcing—recycled steel racks—aligns with green initiatives, reducing embodied carbon versus frequent rebuilds.
Maximizing Throughput in Dynamic Operations
Organized storage accelerates order picking: bundle 50 10-foot pipes in one bay for instant truck loading. Dynamic slots adjust for seasonal lumber surges or pipe specials. Data from organized bays informs procurement, preventing shortages.
In essence, cantilever racking revolutionizes pipes and lumber storage, blending efficiency, safety, and economics. Businesses adopting it gain leaner operations, scalable capacity, and competitive edges in material handling.
How to Maximise Your Warehouse Space: The Ultimate Guide to Industrial Shelving and Racking Solutions
Warehouse space is one of your most valuable assets. As stock volumes grow and operations become more complex, poor warehouse storage design can quickly lead to congestion, inefficiencies, and safety risks. Maximising space is not just about fitting more product in, it is about creating a layout that supports workflow, accessibility, and long-term growth. Industrial shelving and racking systems play a critical role in achieving this. When designed correctly, they allow businesses to unlock vertical space, streamline picking and replenishment, and maintain compliance with safety standards. This guide explores how to make the most of your warehouse footprint using proven racking and shelving strategies. Know more: https://erectarack.com.au/blog/how-to-maximise-your-warehouse-space-the-ultimate-guide-to-industrial-shelving-and-racking-solutions/
