How to store high-strength bolts correctly?

High strength bolts are important connectors commonly used in fields such as construction, machinery, transportation, aviation, etc. Their performance directly affects the safety and stability of engineering. Therefore, it is very important and necessary to store high-strength bolts correctly.

Firstly, when storing high-strength bolts, it is necessary to maintain stability at room temperature and relative humidity to avoid moisture, mold, and other phenomena. At the same time, avoid direct sunlight and high temperatures to avoid bolt deformation or strength reduction.

Secondly, during the storage of high-strength bolts, it is necessary to pay attention to the preservation of their physical and chemical properties to avoid erosion and damage from chemical substances. Especially when storing stainless steel high-strength bolts, it is necessary to avoid contact with organic chemical solvents to avoid corrosion and discoloration.

In addition, precautions for storing high-strength bolts also include the following aspects:

1、 Sealed packaging

When storing high-strength bolts, sealed packaging should be used to minimize the contact between the bolts and the external environment, in order to reduce pollution caused by impurities and dust.

2、 Classified storage

High strength bolts of different types and specifications should be stored in categories to avoid mixing and misuse of various specifications.

3、 Rotation for use

High strength bolts stored should be rotated to avoid damage to their performance due to prolonged storage.

4、 Mark

When storing high-strength bolts, information such as the model, specification, quantity, and storage time of the bolts should be marked on the packaging for easy management and use.

5、 Preventing collisions

When storing high-strength bolts, collision with other hard objects should be avoided to avoid deformation and damage.

In summary, the correct storage of high-strength bolts is crucial for maintaining their quality and performance. Attention should be paid to environmental conditions, physical and chemical properties, sealed packaging, classified storage, rotational use, labeling, and collision prevention. Only by doing these tasks well can we better ensure the quality and safety of the project.