Apart from the size and capacity specifications of the shelving systems, the appropriateness of the materials they are produced from is an important issue. Today, metal, wood and steel production materials are used for these systems. Shelf systems produced using sheet metal materials are ideal products because they are durable and optional compared to others. Therefore, its usage areas are wide.

The size of the shelving systems that can be used to stack products in stores, libraries, warehouses and other businesses is an important issue for buyers. Preparing dimensions appropriate to the area of ​​use makes selection easier.

When talking about size in shelving systems, 4 different features such as depth, width, height and number of shelves should be taken into consideration. The height standard of these products is generally determined as 200 cm. However, when the number of shelves increases to 7 or more, the dimensions change. For this reason, the manufacturer should be contacted regarding the dimensions.

In order for the items to be stored, stored or exhibited regularly, the shelving system must have the capacity to carry the load of items placed on it. Otherwise, it is inevitable that the shelves will collapse, break, and therefore damage the items.

The average carrying weight of shelving systems should be 75-120 kg. In this way, carrying medium and heavy loads will not be a problem. If a load exceeding the standards is required to be transported, the company should be consulted.

The shelves must be suitable for the area to be used. Ordering the wrong shelving system will not achieve the intended use. Since these systems are most preferred in warehouses, it should be known how the warehouse shelving system will be.

The warehouse shelving system must be of sufficient width and depth to accommodate boxes, parcels and large-sized products. More than one product should be placed on the same shelf as it will provide order and thus save space.

Apart from this, the supporting legs of the shelves must be made of quality materials. In this way, collapse problems will not occur due to increase in load. Care should be taken to install the system in a way that ensures efficient use and comfortable movement of the warehouse. There must be features that allow products that will be used constantly to be placed at the front.