GUANGDONG XIEDA INTELLIGENT EQUIPMENT CO., LTD.
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Address: Foshan City, Nanhai District, Shishan Town, Guanyao Ligang Zixia Industrial Zone
Cantilever Rack
The company mainly produces and operates: various types of racking, product types range from unmanned fully automatic automated three-dimensional warehouses, semi-automatic shuttle racking systems, to small supermarket self-selection racking, and related logistics peripheral equipment (such as: storage cages, pallets, etc.).
Product Introduction
Cantilever racking is a special type of storage rack mainly used for storing long, irregular, or heavy goods, such as steel pipes, aluminum, and timber. Its design features a unique cantilever structure that adapts to different sizes and shapes of goods, providing good stability and load-bearing capacity.
1. Cantilever Structure
The core component of cantilever racking is the cantilever, usually made of steel plate or shaped steel. The length and load-bearing capacity can be customized according to specific needs. One end of the cantilever is connected to the upright, while the other end is suspended to support the goods. The length and angle of the cantilever can be adjusted according to the size and weight of the goods to ensure stability and load-bearing requirements.
2. Upright Design
The upright is the support structure of cantilever racking, typically made of H-section steel or cold-formed steel. The cross-sectional shape and size of the upright must be chosen according to the weight and size of the goods to ensure the rack's stability and load-bearing capacity. The spacing and height of the uprights should also be adjusted according to the size of the goods and storage requirements.
3. Beams and Connectors
Beams connect the uprights and cantilevers, usually made of angle steel or channel steel. The beams are fixed to the uprights and cantilevers using connectors such as welding or bolted connections. The choice of connectors depends on the weight of the goods and vibration conditions to ensure the rack's stability and load-bearing capacity.
4. Base and Accessories
The base is used to secure the uprights, usually made of steel plate or shaped steel. The base design considers the ground's load-bearing capacity and stability to ensure the overall stability of the rack. Additionally, accessories such as guardrails and label holders can be added as needed to improve efficiency and safety.
5. Safety Protection
Safety protection is crucial for cantilever racking. Safety warning signs should be in place to prevent collisions or misoperations. Regular inspection and maintenance are also necessary to ensure stability and load-bearing capacity.
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- Commodity name: Cantilever Rack
Cantilever racking is a special type of storage rack mainly used for storing long, irregular, or heavy goods, such as steel pipes, aluminum, and timber. Its design features a unique cantilever structure that adapts to different sizes and shapes of goods, providing good stability and load-bearing capacity.
1. Cantilever Structure
The core component of cantilever racking is the cantilever, usually made of steel plate or shaped steel. The length and load-bearing capacity can be customized according to specific needs. One end of the cantilever is connected to the upright, while the other end is suspended to support the goods. The length and angle of the cantilever can be adjusted according to the size and weight of the goods to ensure stability and load-bearing requirements.
2. Upright Design
The upright is the support structure of cantilever racking, typically made of H-section steel or cold-formed steel. The cross-sectional shape and size of the upright must be chosen according to the weight and size of the goods to ensure the rack's stability and load-bearing capacity. The spacing and height of the uprights should also be adjusted according to the size of the goods and storage requirements.
3. Beams and Connectors
Beams connect the uprights and cantilevers, usually made of angle steel or channel steel. The beams are fixed to the uprights and cantilevers using connectors such as welding or bolted connections. The choice of connectors depends on the weight of the goods and vibration conditions to ensure the rack's stability and load-bearing capacity.
4. Base and Accessories
The base is used to secure the uprights, usually made of steel plate or shaped steel. The base design considers the ground's load-bearing capacity and stability to ensure the overall stability of the rack. Additionally, accessories such as guardrails and label holders can be added as needed to improve efficiency and safety.
5. Safety Protection
Safety protection is crucial for cantilever racking. Safety warning signs should be in place to prevent collisions or misoperations. Regular inspection and maintenance are also necessary to ensure stability and load-bearing capacity.
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