Compared to high-strength but brittle steel pins, copper pins, with their excellent ductility, electrical conductivity, and moderate hardness, offer unique technical advantages in precision assembly.
Compared to high-strength but brittle steel pins, copper pins, with their excellent ductility, electrical conductivity, and moderate hardness, offer unique technical advantages in precision assembly.
In the microscopic world of precision manufacturing and high-end assembly, copper nuts, with their unique metallic luster, excellent electrical conductivity
If the copper nuts are only slightly worn and do not cause failure of the thread structure, their accuracy can be restored by machining.
Stainless steel riveting screws remain firmly planted in these extreme conditions, demonstrating excellent vibration resistance.
The eco-friendly iron nut's moisture resistance no longer relies on highly polluting electroplating processes. Instead, it utilizes advanced surface treatments such as nano-ceramic coatings.
In the precision world of modern industrial manufacturing, the nut, though small, serves as the central link connecting countless mechanical structures.