External threaded ferrule joints are important connecting components widely used in hydraulic, pneumatic and fluid delivery systems. Consisting of three key components - the connector body, ferrule and nut, these couplings play a key role in ensuring safe and reliable connections in a variety of applications.
One end of the connector body is designed with external threads, which can be seamlessly screwed into pipe fittings or equipment interfaces with internal threads. The other end of the connector body is dedicated to receiving and retaining the ferrule. The ferrule is a metal ring with a tapered surface that is embedded into the joint body during installation. After the nut is tightened, the ferrule undergoes plastic deformation under pressure and tightly wraps the outer wall of the inserted pipe, thereby ensuring alignment, reliable sealing, and firm connection.
The nut is an integral part of the external threaded ferrule joint and is responsible for tightening the joint and ferrule. Through the rotation of the nut, sufficient clamping force is generated between the ferrule and the pipe to ensure the sealing and stability of the connection. The advantages of external threaded ferrule joints are many, including high connection strength, excellent pressure resistance, strong vibration resistance, fast installation, and repeatable disassembly and assembly, etc. These properties make them indispensable in areas where efficient and safe connections are required, and are suitable for joining pipes made of a variety of materials including copper and steel.
Overall, the versatility and reliability of male compression fittings make them the first choice for a variety of applications. Their ability to provide strong, secure connections, coupled with their resistance to pressure and vibration, makes them an indispensable component in hydraulic, pneumatic and fluid transfer systems. With quick installation and repeatable disassembly and assembly, these joints offer unparalleled convenience and efficiency, cementing their position as key components across a variety of industries.
Post time: Mar-13-2024