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High Quality Heavy Duty Steel Cantilever Salvage Racking Vehicle Storage for Cars Stackable Rack
Product Description
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Specification
| Product Name | Cantilever Rack |
| Structure | Knock down structure, easy assembling, convenient for delivery |
| Material | Grade Q235 or H-Steel |
| Thickness | 2.0, 3.0 and standard H-steel material |
| Upright Frame Size | Height 1000~10000mm or customized |
| Arm Length | 300 ~ 20000mm or customized |
| Load Capacity | 100-20000kg per arm |
| Standard Color | Blue(RAL5017), Orange(RAL2004) or customized |
| Surface Treatment | Anti-rust Powder Coated or Galvanized Coating |
| Design Service | Free AutoCAD design, OEM & ODM service available |
| Standard package | Palletized, Export-Purpose Packaging |
| Warranty | 2 years |
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Company Profile
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Customer Photos
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Our Advantages
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Packing & Delivery
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Frequently Asked Questions
QWhat materials are used for cantilever racks?
Our cantilever racks are made of high-grade Q235 steel or standard structural H-steel to ensure high durability and strong load-bearing capacity.
QCan the dimensions and loading capacity be customized?
Yes, we provide fully customized solutions. Upright heights range from 1,000mm to 10,000mm, arm lengths from 300mm to 20,000mm, and loading capacities from 100kg to 20,000kg per arm.
QDo you offer warehouse layout design services?
Yes, we provide free professional AutoCAD design services along with complete OEM & ODM solutions to maximize your storage efficiency.
QWhat surface treatment options are available?
We offer anti-rust electrostatic powder coating in standard colors like Blue (RAL5017) and Orange (RAL2004), as well as galvanized coating for outdoor or specialized environments.
QHow are the products packaged for overseas shipment?
All components use knock-down structures and are securely palletized with export-standard packaging materials to prevent damage during long-distance transit.
QWhat is the warranty period for this cantilever racking system?
We offer a standard 2-year warranty covering manufacturing defects and structural performance under rated load conditions.
