Application Scenarios and Technological Development of Reducing Tees


Release time:

2025-12-01

As a key component for pipeline branch connections, eccentric tees continue to be in steady demand in fields such as petrochemicals and municipal engineering.

Application Scenarios and Technological Development of Reducing Tees

As a key component for pipeline branch connections, eccentric tees continue to be in steady demand in fields such as petrochemicals and municipal engineering. From a technological development perspective, the maturation of hydraulic bulging technology has significantly improved the production efficiency of eccentric tees. This process involves the coordinated application of liquid pressure and axial material feed, enabling the tube blank to take on a tee structure within the die. Currently, the industry is focusing on optimizing the wall thickness distribution in the transition zone to minimize stress concentration. In terms of materials, in addition to conventional 304 and 316 stainless steels, there has been an increasing number of applications for eccentric tees made from duplex stainless steels and nickel-based alloys in specific corrosive environments.

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