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Carbon Steel Tee is also called pipe Carbon Steel Tee or Carbon Steel Tee pipe, Carbon Steel Tee joint and so on. Mainly used to change the direction of the fluid, used at the branch pipe of the main pipeline. Can be classified according to the size of the pipe. Generally made of carbon sCarbon Steel Teel, cast sCarbon Steel Teel, alloy sCarbon Steel Teel, stainless sCarbon Steel Teel, copper, aluminum alloy, plastic, argon leaching, pvc and other materials.

The three links are pipe fittings and pipe connectors. Also called three-way pipe fittings or three-way pipe fittings, three-way joints, used in the branch pipe of the main pipeline.
Carbon Steel Tee is a kind of chemical pipe fitting with three holes, namely one inlet and two outlets; or two inlets and one outlet. There are T-shaped and Y-shaped, with equal-diameter nozzles and reducing nozzles, which are used for Where three identical or different pipelines converge. The main function of the Carbon Steel Tee is to change the direction of the fluid.

The ends of the equal diameter three links are all the same size;
The connecting size of the main pipe of the reducing Carbon Steel Tee is the same, while the connecting size of the branch pipe is smaller than that of the main pipe. Divided by process

The hydraulic bulging of the Carbon Steel Tee is a forming process in which the branch pipe is expanded by the axial compensation of the metal material. The process is to use a special hydraulic press to inject liquid into the tube blank with the same diameter as the Carbon Steel Tee. The two horizontal side cylinders of the hydraulic press synchronize the centering movement to extrude the tube blank. The volume of the tube blank becomes smaller after being squeezed, and the inside of the tube blank The liquid pressure rises as the volume of the tube becomes smaller. When the pressure required for the expansion of the three-way branch tube is reached, the metal material flows along the inner cavity of the mold under the dual action of the side cylinder and the liquid pressure in the tube blank to expand the branch tube. The hydraulic bulging process of the Carbon Steel Tee can be formed at one time and the production efficiency is higher; the wall thickness of the main pipe and the shoulder of the Carbon Steel Tee are increased.
Due to the large tonnage of equipment required for the hydraulic bulging process of seamless Carbon Steel Tees, it is currently mainly used in the manufacture of standard wall thickness Carbon Steel Tees less than DN400 in China. The applicable forming materials are low-carbon sCarbon Steel Teel, low-alloy sCarbon Steel Teel, and stainless sCarbon Steel Teel with relatively low cold work hardening tendency, including some non-ferrous metal materials, such as copper, aluminum, and titanium.

Carbon Steel Tee hot pressing is to flatten a tube blank larger than the diameter of the Carbon Steel Tee to the size of the diameter of the Carbon Steel Tee, and open a hole in the stretched branch tube; the tube blank is heated, placed in the forming die, and placed in the tube blank The die is filled with the stretched branch pipe; the tube blank is radially compressed under the action of the pressure. During the radial compression, the metal flows in the direction of the branch pipe and forms the branch pipe under the stretching of the die. The whole process is formed by the radial compression of the tube blank and the stretching process of the branch tube. Different from the hydraulic bulging Carbon Steel Tee, the metal of the hot-pressed Carbon Steel Tee branch is compensated by the radial movement of the tube blank, so it is also called the radial compensation process.
As the Carbon Steel Tee is pressed after heating, the tonnage of equipment required for material forming is reduced. Hot-pressed Carbon Steel Tee has a wide adaptability to materials, and is suitable for low-carbon sCarbon Steel Teel, alloy sCarbon Steel Teel, and stainless sCarbon Steel Teel; especially for Carbon Steel Tee with large diameter and thicker tube wall, this forming process is usually used.

Carbon sCarbon Steel Teel, cast sCarbon Steel Teel, alloy sCarbon Steel Teel, stainless sCarbon Steel Teel, copper, aluminum alloy, plastic, argon leaching, pvc, etc.

Topping, pressing, forging, casting, etc.
The three links are divided by manufacturing standards:
National standard, electrical standard, chemical standard, water standard, American standard, German standard, Japanese standard, Russian standard, etc., as follows: GB/T12459-2005, GB/T13401-2005, ASME B16.9, SH3408, SH3409-96, SH3410-96, HG/T21635, DL/T 695, SY/T 0510, DIN 2615.