December 30th
Loading and shipping from Shanghai, the telescopic cantilever racking solves the storage problems of steel bar materials for the company, addressing issues such as excessive space usage, inconvenient access, and unclear categorization.
There are generally three methods for a company to store steel: stacking, using fixed cantilever racks, and employing telescopic cantilever racks.
These three methods, it's apparent that the problems caused by stacking are quite evident. Now, what are the advantages and disadvantages of using fixed cantilever racks and telescopic cantilever racks, respectively?
Certainly, fixed cantilever racking is less expensive than adjustable cantilever racking and can store steel in a vertical manner, categorized and layered. However, it is quite inconvenient and even unsafe for workers to store and retrieve items. Typically, cranes are used more frequently to lift steel, but crane operations are usually straight up and down.
However, when the upper and lower cantilevers of a fixed cantilever are of the same length, the lifting hook for lower steel cannot be lifted straight up and down. Sometimes workers may opt for an oblique lift, but this operation is highly unsafe. If the width of the cantilever differs, the quantity of steel stored is limited accordingly.
Therefore, the most commonly used are telescopic cantilever racking systems with high-level, three-dimensional structures. They offer design options of 4-8 levels, with each level featuring 2 bays. The load capacity of each bay ranges significantly from 2 to 5 tons, depending on the specific requirements.
A set of telescopic cantilever racking typically holds between 20-60 tons of storage, with no limit on steel length, categorized and layered for easy access and retrieval.
