Fully wire-pierced double-flange force transmission teletractor Fully wire-threaded double-flange force telescopic device is a commonly used pipeline connector, which has a double-flange structure, which can be used for displacement compensation and telescopic of pipelines. The force transmission mechanism of the telescopic device adopts a fully threaded design, which makes the force transmission more stable and reliable, and can effectively transmit the pressure and thrust inside the pipeline.
The structure of the fully wired double flange force transmission telescopic device is compact, easy to install, and can adapt to displacement and temperature changes in various piping systems. It is made of high-strength materials, with high pressure resistance and corrosion resistance, which can ensure the long-term stable operation of the pipeline system.
In addition to the fully wired double flange force transmission teletractor, there are other types of telescopic devices, such as single flange force transmission telescopic devices, thrustless telescopic retractors, etc. Each of these expanders has its own characteristics and is suitable for different piping systems and operating conditions. When selecting a retractor, it is necessary to choose according to the actual situation to ensure the normal operation and service life of the pipeline system.
In addition, the design and manufacture of retractors need to follow relevant standards and specifications, such as GB T 12465-2007, etc. These standards and specifications have clear requirements for the material, structure, and performance of the retractor to ensure the quality and safety of the retractor.
In conclusion, the fully wired double flange force transmission telescopic device is a reliable pipe connector, which is suitable for displacement compensation and telescoping in various pipe systems. When selecting and using a telescopic device, it is necessary to fully understand its characteristics and working principle, and select and install it according to the actual situation to ensure the normal operation and service life of the pipeline system.