Y Shape Joint Carbon Steel Pipe Tee

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 Product Description

Butt weld tee, a pipe connection device, is a vital component in various industries. It usually consists of three ports, one for input and two for output. The materials used to produce tees vary, including stainless steel, plastic, and carbon steel. Various kinds of tees are also accessible, like equal diameter tees, reducer tees, and butt-welding diagonal tees. These tees have a critical role in linking pipes, water pipes, gas pipes, and more. With technological advancements, the production process of tees is constantly changing. The future of tees shows potential for more effective, eco-friendly, and smart applications.

| Carbon Steel Y Shape Tee

Carbon steel Y tee is made of high-strength carbon steel material with high pressure and corrosion resistance; the branching angle between the pipes can effectively change the flow direction and speed of the fluid to meet the needs of different occasions; the fittings have a simple structure and are easy to install and maintain, and also have a long service life. In industrial applications, the Carbon steel Y-type tee plays a crucial role in ensuring efficient fluid flow management and distribution, making it a vital component in various piping systems. Its robust construction and reliable performance make it a preferred choice for industries such as oil and gas, chemical processing, and water treatment.

| Advantage

(1) Broad Utilization & Effortless Branch Junction

Carbon steel butt weld Y type tees dance along the pipeline, gracefully dividing and redirecting flow. With their exceptional sealing prowess, they effortlessly connect pipes of varying diameters, especially the mighty main lines and their branching companion. Weld Y shape tee fittings exude stability, strength, toughness, and precision, making them perfect for the intricate dance of complex environments like the enchanting realms of the chemical industry, HVAC, petroleum, gas piping, and beyond.

(2) Lasting Quality

To meet the needs of the project, stainless steel tee fittings have a dense oxide film, which can resist the corrosion of many kinds of acid and alkali solvents. Carbon steel tee fittings after surface treatment, can adapt to the water, gas, oil, acid and other different media transport requirements.

(3) Precise craftsmanship

According to the different materials and properties, we have different processing technology. It is reasonable for stainless steel fittings to adopt hot pressing process on the basis of corrosion resistance. Carbon steel tee has ductility and stability and can be hot pressed.

(4) Ultra-Precision Laser Cutting

Line lasers are ideal for small diameter fittings, providing a precise alignment that ensures a perfect fit. Ion lasers are preferred for larger diameter fittings, offering powerful and efficient performance. Additionally, our inventory includes calibre gauges and tapes that are essential for conducting thorough testing before shipment.

| Size

BW Straight/ Reducing 45° Lateral Tee
Nominal Size		Outside Diameter at Bevel	Center to End
DN	NPS	OD	X and Y	Z
15  20  25	1/2  3/4   1	21.3 26.7 33.4	90 108 133	50   50   50
32 40 50	1 1/4   1 1/2   2	42.2 48.3 60.3	184 216 230	57   64   64
65 80 90  100	2 1/2   3   3 1/2   4	73.0 88.9 101.6 114.3	267 280 292 343	64   76   76   76
125 150  200	5   6   8	141.3 168.3 219.1	381 445 520	90   102   127
250 300 350	10   12   14	273.0 323.8 355.6	610 700 787	140   152   165
400 450 500	16   18   20	406.4 457.0 508.0	876 953 1029	178    203    216
550 600 650	22   24   26	559.0 610.0 660.0	1112 1207 1308	229    254    267
700 750 800	28   30   32	711.0 762.0 813.0	1422 1524 1626	286    299    311
850 900 950	34   36   38	864.0 914.0 965.0	1727 1829 1930	330    350   483
1000 1050 1100	40   42   44	1016.0 1067.0 1118.0	2032 2134 2235	508   533   559
1150 1200 1250	46   48   50	1168.0 1219.0 1270.0	2337 2438 2540	584   610   635
1300 1350 1400	52   54   56	1321.0 1372.0 1422.0	2642 2743 2845	660   686  711
1450 1500	58   60	1473.0 1524.0	2946 3048	737   762

| Technical parameter table

| Testing quality

Through the following test methods and equipment, the quality of stainless steel Y type tee can be comprehensively evaluated to ensure its safety and reliability during use.

Test machine

The most basic detection is visual inspection and the use of a magnifying glass to check whether the tee surface has cracks, pores, sand holes and other defects, and whether the size meets the requirements.

(1) Spectrum analyzer: used for chemical composition analysis to ensure that the material composition meets the standard.

(2) Hardness tester: used to measure hardness, such as Rockwell hardness tester, Brinell hardness tester, Vickers hardness tester.

(3) Metallographic microscope: used to observe the metallographic structure and evaluate the microstructure of materials.

(4) Tensile testing machine: utilized for tensile test to measure tensile strength and elongation.

(5) Impact testing machine: employed for impact testing to evaluate toughness and impact resistance.

(6) Non-destructive testing equipment: such as ultrasonic flaw detector, X-ray flaw detector, magnetic particle flaw detector, used to detect internal defects.

(7) Pressure testing machine: applied for pressure test to check the pressure resistance.

(8) Salt spray test chamber: intended for salt spray test to evaluate corrosion resistance.

(9) Calipers and gauges: used to measure dimensional accuracy to ensure compliance with design requirements.