Threaded coupling refers to a type of mechanical connection between two components using threads.
Threads are helical grooves around a cylindrical object that allow for a secure and tight connection when twisted together.
In engineering and manufacturing, threaded coupling is commonly used to connect pipes, fittings, fasteners,
and other components in various applications. The threaded connection typically consists of a male component
with external threads and a female component with internal threads that mesh together when twisted.
Some common types of threaded coupling include:
NPT (National Pipe Thread): Standard tapered threads used for connecting pipes and fittings in plumbing and industrial applications.
Metric Threads: Standard threads used in metric units for connecting components in automotive, machinery, and equipment manufacturing.
Unified Thread Standard (UTS): Thread system commonly used in North America for various applications, including fasteners, nuts, and bolts.
Threaded coupling offers several advantages, including ease of assembly, reusability, and secure connections that are resistant to
vibration and shock. However, proper alignment and tightening are crucial to ensure a leak-free and durable joint. Additionally,
threaded coupling may require regular maintenance and inspection to prevent loosening or degradation over time.