Threaded Tee

1.Structure: The threaded tee usually consists of a tee body and a threaded interface at the three ends. The main part of the tee is T-shaped or Y-shaped, with a main pipe and two branch pipes. The threaded connection is used to connect with the threaded part of the pipe or other fittings.
2.Features: Convenient connection: the threaded connection makes the installation and dismantling of the tee relatively simple and quick, without the need for complicated welding or flange connections.
Good sealing: by proper threaded connection and appropriate sealing material (such as raw material tape or sealant), good sealing between the tee and the pipe can be ensured.
Strong adaptability: the threaded tee can be used to connect pipes of different materials and specifications, with strong adaptability and high flexibility.

Threaded tees can be manufactured using a variety of materials to meet the needs of different operating environments and media. Common materials include carbon steel, stainless steel, alloy steel and so on. The manufacturing process usually involves casting, forging or hot press forming to create the body of the tee and machining to form the threaded interface.

The specifications of threaded tee usually include size range, pressure rating, material grade, etc.. The size range is generally 1/8″4″ (DN6DN100), and the pressure rating includes 2000LB (SCH80/XS), 3000LB (SCH160), 6000LB (XXS), etc. The material grade is selected according to the specific use environment and medium, such as carbon steel ASTM A105, 20#, stainless steel A105, 20#, and stainless steel A105, 20#. Material grades are selected according to the specific use of the environment and media, such as carbon steel ASTM A105, 20#, stainless steel ASTM A182 F304/304L/304H, 316/316L and so on. In addition, threaded tees follow certain manufacturing standards, such as ASME 16.11, GB/T 14383-2018, etc.