M6 M8 M10 Carbon steel extended round nut
| M4 - M16 Carbon Steel Threaded Rose Joints Round Coupling Nuts Long Cylindrical Nuts | |
| Material | Carbon steel |
| Finish | Plain finish |
| Thread | M4 - M16 |
| Length | 8 - 40mm |
| Prices vary in different sizes, please contact us before order! | |
Cylindrical connecting nut is a special shaped nut with the following notable characteristics:
In terms of appearance, it is cylindrical as a whole, with a smooth surface and no obvious edges or corners. This shape design allows it to better save space and reduce collisions and friction with other components in certain specific installation environments.
In terms of functionality, cylindrical connecting nuts, like regular nuts, are used to cooperate with bolts or screws to achieve fastening and connection. However, due to its cylindrical structure, the stress distribution is relatively more uniform when subjected to fastening forces, providing a more stable and reliable connection effect.
In terms of materials, common ones include carbon steel, stainless steel, aluminum alloy, etc., which can be selected according to specific usage environments and requirements.
Cylindrical connecting nuts are widely used in multiple fields, such as:
1. Precision machinery manufacturing: It can leverage its advantages in precision machinery that requires high space utilization and connection stability.
2. Aerospace: Due to its lightweight and high strength, it is suitable for some key connection parts in aerospace equipment.
3. Automotive industry: used for connecting components in compact spaces inside automobiles.
In summary, cylindrical connecting nuts provide an effective solution in specific mechanical connection scenarios due to their unique shape and performance.
Common usage scenarios for cylindrical connecting nuts include:
1. Automation equipment: Used for fastening mechanical components on various automated production lines, its compact shape helps save space and avoid interfering with other moving parts.
2. Communication equipment: such as base stations, routers, and other internal components that can adapt to complex layouts within the equipment.
3. Medical devices: such as the assembly of some precision medical instruments, ensure stable connections and do not affect the normal operation of the instruments.
4. Optical instruments: Ensure precise installation and stable connection of optical components in microscopes, telescopes, and other optical equipment.
5. Electronic instruments and meters, such as oscilloscopes, spectrum analyzers, etc., provide reliable connections for fixing internal electronic components.
6. Smart home devices: internal component connections for products such as smart door locks and smart cameras.
7. Industrial robots: used for fastening robot joints and actuators, meeting the requirements of high precision and high stability.
