Aluminum products can be stored on cantilever shelves

• 2024-04-24
• By admin
• 181

Aluminum is a material based on aluminum and made of other alloying elements, usually in the shape of a long strip, up to several meters in length. Due to its special shape, the traditional box-mounted storage method is not suitable for aluminum storage. Therefore, the aluminum industry needs to choose a shelf system suitable for the storage of elongated materials. The following is the analysis of heavy duty shelf manufacturers for aluminum storage shelves:

Cantilever shelves are ideal for aluminum storage. This kind of shelf can improve storage capacity and increase the convenience of accessing goods.

Cantilever shelf features:

1. Design flexibility: cantilever shelves can be designed as a single arm or two arms, goods can be placed directly on the cantilever, can also be used with shelves or pallets, thereby increasing the applicability of the shelf, so that it is not only suitable for long goods, but also for other types of goods.

2. Access method: cantilever shelves provided by heavy shelf manufacturers can support manual access or forklift access. For manual access, the shelf height is usually designed within 2.5 meters to ensure safety and convenience. In order to make full use of warehouse space, loft-style cantilever shelves can be designed to increase storage capacity.

3. Height design: If forklift is used for access, the height of the shelf can be designed higher, usually up to five or six meters or more. In the automated access system, the height of the shelf can be further raised to more than 10 meters to meet the needs of the automated warehouse.

4. Storage efficiency: The flexibility and adjustability of cantilever shelves make them an efficient solution for aluminum storage, which can be customized according to different storage needs and warehouse conditions.

Because of its high degree of flexibility and adaptability, the cantilever shelf is very suitable for the storage needs of long goods such as aluminum, which can significantly improve storage efficiency and space utilization.