The main features of threaded sleeves include the following aspects:
Increase connection strength: Threaded sleeves can significantly increase connection strength, and are suitable for soft low-strength alloy materials such as aluminum and magnesium, wood, plastic, rubber and other easily deformed low-strength materials, effectively avoiding thread slippage, thread stripping, and misaligned teeth.
Increase force surface: In thin-body parts that require strong connections but cannot increase the diameter of the screw hole, threaded sleeves can increase the force surface and improve the stability and reliability of the connection.
Improve connection conditions: For hard, brittle and fragile materials such as ceramics, bakelite, and glass, threaded sleeves can effectively prevent fragmentation, improve connection conditions, and ensure the firmness and durability of the connection.
Wear resistance: Threaded sleeves are suitable for parts that are frequently disassembled and installed and screw holes that are frequently rotated, which can extend their service life and reduce failures caused by wear. Rust-proof: In chemical, aviation, military equipment and other occasions that require high safety factors, threaded sleeves can effectively prevent rust and ensure the normal operation of the equipment.
Anti-loosening: In aerospace, aviation, military equipment and other occasions that require high safety factors, threaded sleeves can effectively prevent loosening and ensure the safety and stability of the equipment.
Anti-seismic: Threaded sleeves are suitable for instruments and meters, precision and precious power equipment, and can effectively resist earthquakes and protect the precision and stability of the equipment.
These characteristics make threaded sleeves perform well in various application scenarios, which can effectively improve the strength and durability of the connection and meet the needs of different materials and working conditions.
