Design requirements for through-shelf
First, through the load-bearing capacity of the shelf.
The load-bearing capacity of the shelf is an important criterion to measure the quality of the shelf, and its load-bearing capacity is greater for the through shelf. When designing through shelves, it is necessary to take into account the weight of the goods and the upper limit of the load of the shelves to avoid damage to the shelves caused by overloading. Under normal circumstances, through shelves can carry thousands of kilograms to hundreds of tons of cargo weight, which needs to be determined according to the specifications and load-bearing capacity of the shelves.
Second, the stability of the shelf structure.
Stability is one of the important requirements of shelf design, if the shelf structure is unstable, it will not only affect the storage effect of the goods, but also may have potential safety hazards. When designing through shelves, it is necessary to ensure the stability of the shelf structure, and adopt reasonable structural forms and materials to ensure that the shelves will not be deformed or broken when bearing large loads.
Third, the rationality of shelf specifications.
Different specifications of through shelves are suitable for different storage needs, and when designing shelf specifications, they need to be determined according to actual usage. Under normal circumstances, it is necessary to select the appropriate shelf specifications according to the size, quantity and storage requirements of the goods to ensure that the storage of the goods is reasonable and tidy, and to improve the storage efficiency.
Fourth, shelf adjustability.
Thru shelving is usually a standardized design, but in practice, it may need to be adjusted due to changes in storage needs. Therefore, when designing through shelves, it is necessary to consider their adjustability to facilitate later maintenance and upgrades.
Fifth, the safety of the shelf.
Safety is a factor that must be considered in any kind of shelf design, and when designing through the shelf, it is necessary to take into account the nature of the goods and the storage environment to ensure that the shelf has sufficient safety. For example, for flammable, explosive or toxic goods, special protective measures are required to ensure that the structure and materials of the shelves meet safety standards.
Sixth, the tightness of the shelf.
For some goods that require strict control of environmental conditions, such as medicines, food, etc., it is necessary to ensure that the shelves have good sealing properties to prevent the external environment from affecting the goods. When designing through the shelves, it is necessary to take into account the storage method and size of the goods to ensure that the shelves have good sealing performance.
7. Convenience of installation and maintenance.
When designing through-shelving, ease of installation and maintenance need to be considered. Good installation and maintenance can ensure the service life and reliability of the shelves and improve storage efficiency. In the design process, it is necessary to consider the installation process, maintenance and other aspects to ensure that the installation and maintenance process of the shelves is simple and fast.
In short, the design requirements of through shelves involve many aspects, including load-bearing capacity, stability, specification reasonableness, adjustability, safety, sealing and convenience. In the design process, these factors need to be comprehensively considered to ensure that the through-shelf can meet the actual use needs and improve the storage efficiency and management level.