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1, Working principle
The core principle behind the operation of self-locking nuts is the clever use of friction to maintain a secure lock. These nuts are equipped with embossed teeth that embed themselves into the preset holes of the sheet metal, with these holes being slightly smaller in diameter than the rivet nut itself. Upon tightening, the refined locking mechanism firmly grips the ruler body or bolt, thereby preventing any unintended movement of the ruler frame or nut, ensuring a steadfast lock. Conversely, when the nut is loosened, the locking mechanism gracefully disengages from the ruler or bolt.
2, Type and Function
• Type: Self-locking nuts come in a wide array of types, differentiated by their functional attributes. These include versions with nylon rings, neck closures such as trapezoidal buckle nuts, and those featuring metal anti-loosening devices. They all are categorized as effective torque-type anti-loosening nuts, each serving a specialized purpose.
Function: At the heart of self-locking nuts lies their primary function—to robustly prevent loosening and provide earthquake resistance. They are particularly suited for special applications and environments characterized by high vibration.
3, Application and advantages
Application: Versatile and reliable, self-locking nuts are extensively utilized across a myriad of mechanical and electrical products. They excel in sectors such as aerospace, aviation, tanks, mining machinery, automotive transportation machinery, agricultural machinery, textile machinery, and beyond. Their exceptional anti-vibration and anti-loosening capabilities substantially outperform other devices, offering a vibration lifespan several times, or even tens of times, longer.
• Advantages:
High reliability: These nuts deliver unparalleled reliability, effectively preventing loosening caused by vibration or impact, ensuring your assemblies remain secure.
Easy to install: Featuring innovative designs like spring clip self-locking nuts, these components streamline the installation process, saving time and effort.
Strong adaptability: Engineered for versatility, self-locking nuts operate reliably across varied temperature and pressure conditions. For instance, the double ear sealed floating self-locking nut performs optimally within a temperature range of -50~100 ºC and under working pressures not exceeding 2atm.
4, Special type
High strength self-locking nut: Built for robustness, these nuts are favored in demanding sectors such as road construction machinery, mining machinery, and vibration machinery equipment for their superior strength and reliability.
Nylon self-locking nut: A cutting-edge solution boasting high anti-vibration and anti-loosening properties. With its compact design and reliable sealing, it's especially suited for environments demanding airtight integrity.
Shibiluo self-locking nut: Distinguished by its female thread, which incorporates a 30-degree wedge-shaped slope at the bottom, this design yields a formidable locking force, effectively thwarting any potential loosening.
In summary, self-locking nuts are indispensable in various industrial applications. Their unique self-locking mechanism and outstanding performance render them a vital component in modern engineering and manufacturing sectors.