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Cantilever racks can store long items such as pipes, timber, and metal bars.
They allow for front access, flexible length, and adjustable with single or double sided types.
Commonly used in the machinery manufacturing and building materials industries.
Heavy-duty cantilever racking is designed with an open-front structure for storing extra-long, heavy, and irregular materials. It is ideal for items such as pipes, profiles, timber, sheet metal, and bars that cannot be stored efficiently on standard pallet racking.
Each arm can support 500 kg to 5 tons, with freely adjustable arm levels and convenient access for forklifts, stackers, or cranes. With strong load-bearing capacity, corrosion resistance, and flexible installation, it helps improve warehouse space utilization and storage efficiency.
This type of rack is widely used in machinery, building materials, hardware, and woodworking industries, where heavy-duty long material storage is required.
Specialized for long materials: No front columns, suitable for 3 to 12 meter pipes, profiles, boards, timber, and bars without cutting or compression.
Fully customizable: Size, load capacity, number of levels, color, and single-sided or double-sided layout can all be customized.
| Item | Specification |
|---|---|
| Product Name | Heavy-Duty Cantilever Racking, Cantilever Rack, Long Material Rack, Pipe Rack, Profile Rack |
| Structure Type | Single-sided cantilever, double-sided cantilever, multi-bay combined system |
| Main Material | High-quality Q235B cold-rolled steel, H-beam steel |
| Upright Profile | 90×140 mm / 100×200 mm / 120×220 mm |
| Upright Thickness | 2.5 mm to 6.0 mm |
| Upright Height | 2000 mm to 6000 mm, customizable |
| Cantilever Arm Length | 300 mm to 2000 mm, commonly 500 mm to 1500 mm |
| Load per Arm | 500 kg / 1000 kg / 1500 kg / 2000 kg / 3000 kg / 5000 kg |
| Arm Spacing | 300 mm to 1200 mm, freely adjustable |
| Surface Treatment | Shot blasting + electrostatic powder coating |
| Color Options | Blue, gray, green, red, customizable |
| Handling Equipment | Forklift, stacker, crane, manual handling |
| Application Areas | Warehouse, workshop, logistics center, outdoor storage yard |
| Standard | GB/T 28576-2012 General Standard for Storage Racks |
Heavy-duty H-beam or special-shaped steel columns are formed in one piece for stable mechanical performance and strong compression resistance. This structure helps prevent deformation and ensures safe load-bearing performance.
Reinforcement plates are welded at the arm root to improve bending resistance and prevent sagging under long-term heavy loads. The arm surface is designed with anti-slip features to keep materials from sliding.
Diagonal bracing and back bars improve overall stability and reduce the risk of tipping. Multi-bay combined systems are even more rigid and suitable for high racks and heavy loads.
The wider base increases ground contact area and distributes force more evenly. It can be anchored to the floor with expansion bolts for added seismic and anti-tip protection.
Multiple surface treatment steps create a uniform coating with strong adhesion. The finish provides excellent rust protection, wear resistance, and impact resistance for indoor and outdoor use.
Standard adjustment holes make it easy to change arm height and spacing. One rack can support different material sizes, making it highly versatile.
Designed for extra-long materials.
High load capacity for heavy-duty storage.
Excellent space utilization.
Fast loading and unloading.
Stable and safe structural design.
Supports custom sizes and expansion.
Building materials: Steel pipes, galvanized pipes, PVC pipes, aluminum profiles, rebar, angle steel, channel steel.
Machinery manufacturing: Shafts, bars, long forgings, sheet metal materials, mold materials.
Furniture and woodworking: Logs, timber, boards, door and window materials, long wooden stock.
Hardware processing: Stainless steel pipes, round steel, flat iron, wire rod, irregular hardware parts.
Logistics and warehousing: Long-item transfer, large-item storage, and automotive parts storage.
Heavy Duty Cantilever Racking is one of the most efficient storage solutions for long, bulky, and irregularly shaped materials. It is widely used in steel service centers, lumber yards, building material warehouses, manufacturing facilities, and industrial distribution centers. This FAQ section answers common questions about cantilever rack design, load capacity, material storage applications, customization options, safety considerations, and project costs.
Heavy duty cantilever racking is a specialized warehouse storage system designed for storing long and oversized materials that cannot be efficiently stored on conventional pallet racks.
The system features vertical columns with horizontal arms that provide unobstructed storage space, making it ideal for handling lengthy products.
Cantilever racking is commonly used for storing steel pipes, timber, lumber, metal sheets, steel bars, aluminum profiles, plastic pipes, and construction materials.
Its open-front design allows convenient access to materials of varying lengths and sizes.
Heavy duty cantilever racking provides excellent accessibility, flexible storage configurations, and high load capacity for long materials.
It also improves warehouse organization, reduces material handling time, and maximizes available storage space.
Yes. When properly designed, installed, and maintained, cantilever racking provides safe and reliable storage for heavy industrial materials.
Additional safety features can be incorporated based on operational requirements.
Yes. Cantilever racking systems can be customized according to product length, load capacity, warehouse dimensions, arm spacing, and operational requirements.
Customized solutions help optimize storage efficiency and material handling processes.
Load capacity depends on arm length, column strength, steel specifications, and engineering calculations.
Heavy-duty systems can be designed to support substantial loads for industrial storage applications.
Industries commonly using cantilever racking include steel distribution, construction materials, timber storage, furniture manufacturing, metal processing, and industrial supply operations.
These industries require efficient storage for long and bulky products.
Yes. Cantilever racking can be manufactured with hot-dip galvanized finishes to resist corrosion and withstand outdoor environments.
This makes it suitable for construction yards, timber storage facilities, and outdoor industrial storage areas.
Cantilever racking is specifically designed for long and oversized materials, while pallet racking is intended for palletized goods.
The absence of front columns allows easier loading and unloading of lengthy products.
Yes. The open-front structure provides unobstructed access for forklifts and material handling equipment.
This design improves loading efficiency and reduces handling time.
High-quality cantilever racking systems can last more than 15 years with proper maintenance and routine inspections.
Regular safety checks help maintain structural performance and long-term reliability.
The cost depends on rack height, arm length, load capacity, surface treatment, warehouse layout, and project specifications.
Most projects require customized engineering and quotations based on storage requirements and material characteristics.

