Cantilever Racking

Structure:
Cantilever racking is constructed by installing cantilevers on columns, which can be either fixed or movable. These racks come with options for single-sided or double-sided arms and use specialized column profiles designed with back pulls for enhanced stability. The cantilevers are high-strength and can be adjusted vertically every 100mm. The modular structure of these racks offers stability, convenience, good load-bearing capacity, and high space utilization. Goods are easily accessible, allowing for 100% random picking.

Cantilever rack columns are generally made from H-shaped steel or cold-rolled steel, while the cantilevers are made from square tubing, cold-rolled steel, or H-shaped steel. Cantilevers are connected to columns either by an insert method or bolted connections, and the bases are bolted to the columns, made of cold-rolled steel or H-shaped steel. Goods are accessed using forklifts, cranes, or manually. Rack heights typically stay within 2.5 meters (can go up to 6 meters if accessed by forklift), and cantilevers do not usually extend beyond 1.5 meters.

Load Capacity:
Based on their load-bearing capacity, cantilever racks can be classified into light, medium, or heavy-duty, with each arm usually supporting up to 1000kg.

Surface Treatment:
The racks are coated with superior-grade epoxy resin electrostatic powder, providing strong adhesion, wear resistance, corrosion resistance, and aesthetic appearance. They comply with the national GB6739-2006 standard, ensuring high surface quality and smoothness.

Usage:
Ideal for warehouses with limited space and low ceilings, these racks facilitate easy management and provide a broad view. They are commonly used for storing long materials, sheet materials, circular materials, and irregularly shaped goods, particularly in the machinery manufacturing industry and building materials supermarkets. With added shelves, they are particularly suited to small spaces with low ceilings, offering ease of management and a wide view.