Application de l’insert de verrouillage à clé dans l’industrie aérospatiale

Les inserts filetés de verrouillage à clé sont largement utilisés dans le domaine aérospatial et sont principalement utilisés pour améliorer la résistance, Durabilité et fiabilité des raccords filetés. The following are some examples of the use of key locking inserts in aerospace industry:

1. Aircraft engine parts: In aircraft engines, threaded connections must have extremely high reliability under harsh environments such as high temperature, high pressure and vibration. Pin inserts can be used to strengthen and repair these critical connections, ensuring safe operation of engine components.

2. Spacecraft Structure: Spacecraft must be able to withstand extreme gravity, vibration and temperature changes. Pin inserts are commonly used to reinforce and stabilize various structural connections on spacecraft to ensure their long-term reliability in space.

3. Avionics: Electronic equipment on aircraft and spacecraft require stable electronic connections to prevent interference and failure. Pin thread inserts can be used to maintain and reinforce threaded connections of electronic equipment to ensure their normal operation in harsh environments.

4. Repair and Restoration: Repair and restoration work is common in the aerospace industry. Pin inserts can be used to repair damaged threads or strengthen existing threaded connections, extending the life of components.

5. New materials and lightweight designs: Aerospace engineers often use new materials and lightweight designs to reduce the weight of aircraft and spacecraft. Pin inserts can be used to create strong threaded connections in these new materials to ensure the strength and durability of the structure.

In short, the use of key locking thread inserts in aerospace cover a number of key areas, from engines to structures, electronic equipment and maintenance work, all relying on these high-performance threaded inserts to ensure the reliability and safety of connections. These applications help improve the performance and longevity of aerospace systems.