Locking Type Wire Screw Sleeve Key benefits - Secures fasteners: locks the screw into the threaded hole to prevent loosening under shock and vibration. - Even load distribution: elastic design makes thread contact more uniform, reducing pitch and tooth deviation. - Vibration resistance: absorbs vibration to enhance overall connection strength and fatigue resistance. - Reliable engagement: prevents sliding or mis-engagement of threads for consistently strong connections. - High reliability applications: especially suitable for aircraft and other products that require high reliability and safety margins. How it works - The sleeve locks the screw in place within the threaded hole, maintaining a secure fit even in dynamic or harsh conditions. - Its elastic characteristics distribute load across the threads, align the screw with the thread, and dampen vibrations to reduce wear and fatigue. Why choose this solution - Improves connection integrity in challenging environments where shock and vibration are common. - Reduces the risk of fastener loosening and joint failure, contributing to safer and more dependable assemblies. - Provides dependable performance where high reliability is essential, such as in aerospace and other safety-critical applications. Applications - Aircraft and aerospace components, control systems, and structural assemblies requiring high reliability. - Industrial machinery and equipment subjected to frequent vibration and impact, such as conveyors, presses, and CNC machines. - Precision instruments, defense equipment, and other engineering systems where secure screw engagement is critical. Usage scenarios - Aircraft assembly and maintenance: secure critical fasteners in control linkages, engine mounts, and avionics housings to withstand flight vibrations. - High-vibration industrial equipment: lock screws in machinery prone to shocks, ensuring long-term thread integrity and reducing maintenance intervals. - Precision instrumentation: use in sensitive assemblies where consistent thread contact and avoidance of mis-engagement improve measurement accuracy and reliability.