How to prevent moisture in the center bar shelves of the warehouse?
In order to economically and reasonably solve the moisture-proof problem of warehouse wire rod shelves and create a good indoor microclimate, it is necessary to first study and explore the mechanism and laws of IV transfer. Moisture transfer itself is a very complex problem. In the moisture-proof design calculation of warehouse shelves, in order to simplify the calculation, we applied the steady-state moisture transfer theory and used high temperature and high humidity weather as the basis for external design. Thus, a reasonable enclosure structure of wire rod rack materials can be selected, and the thickness and arrangement method of various rack welding materials should be calculated to ensure that the humid air outside the warehouse cannot be transferred to the inside during the high temperature and high IV season, and to ensure the appropriate humidity microclimate inside the warehouse.
Secondly, the warehouse should be sealed as a whole. Relying solely on design calculations is difficult to ensure the moisture resistance of the warehouse. It is necessary to put in a lot of effort in the overall layout, individual plane and section design, enclosure structure (walls, roofs, floors, doors and windows, etc.) construction treatment, as well as construction technology and methods, to create an absolute seal similar to a can box in the warehouse, so that humid air outside the warehouse cannot be introduced into the warehouse.
Thirdly, relying solely on meticulous design and construction is often insufficient to fully meet the requirements, and effective management systems and methods must also be adopted. For example, ventilation between the wire rod shelves should be carried out at the appropriate time, auxiliary dehumidification should be carried out when necessary, and the drainage and leakage repair of the warehouse should be done well at all times, as well as the maintenance management of the warehouse.

Finally, it is necessary to regularly and regularly measure the humidity inside and outside the warehouse, as well as the wind direction, wind speed, air pressure, etc. When conditions permit, the moisture conductivity of the warehouse should also be measured to accumulate more moisture-proof test data and better grasp the moisture-proof rules of the warehouse. Only by comprehensively managing the moisture-proof calculation, building structure, meticulous construction, careful management, and moisture-proof testing of the warehouse can the moisture-proof problem of the warehouse be solved economically and reasonably.

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