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| Quantity: | |
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|Reducing Diameter 45 Deg Lateral Angled diagonal tee
Carbon Steel 45 Degree Angle Tee is a widely used pipe connector specifically designed for 45 degree angle pipe connections and diversions. It offers excellent corrosion resistance and high strength, making it suitable for various industrial applications.
It effectively diverts the flow of fluid in two different directions, facilitating fluid transfer and distribution. Additionally, the angled tee design minimizes pressure loss within the piping system, resulting in improved fluid flow efficiency.
| Advantage
Versatility
T-shaped fittings are used in areas where there is a diversion in the pipeline, which roughly divides into equal diameter and reducer tee. With excellent sealing performance, tee pipe joint are used for the connection and redirection of pipe diameter, especially the main pipe and branch pipe connection.
It is characterized by high stability, good strength, high toughness and high overall precision, and is suitable for various complex working environments, such as chemical, petroleum, natural gas and industry.
Strong Corrosion Resistance
To meet the demands of engineering project, stainless steel three-way pipe tee has dense oxide film that can resist the corrosion of numerous acid and alkali solvents. Carbon steel tee pipe fitting has undergone surface treatment, which can adapt to the transportation requirements of different media such as water, gas, oil and acid etc.
Superior Technic
Based on the characteristics of material and usage, different techniques are employed for processing. In the case of stainless steel fittings, the hot pressured technique is a logical choice due to its corrosion resistance. This method ensures durability and longevity for the fittings. On the other hand, carbon steel tees possess both ductility and stability, making them suitable for undergoing hot pressing treatment. This process enhances their strength and performance. By carefully selecting the appropriate technique for each material, we can optimize the quality and functionality of the fittings, resulting in reliable and efficient products.
Precise Laser Cutting
We produce quality products that meet the requirements. Line lasers are used for small diameter fittings and ion lasers for large diameter fittings. In addition, we conduct rigorous quality testing before shipping to ensure that each product is shipped in the best possible condition.
| 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
|Reducing Diameter 45 Deg Lateral Angled diagonal tee
Carbon Steel 45 Degree Angle Tee is a widely used pipe connector specifically designed for 45 degree angle pipe connections and diversions. It offers excellent corrosion resistance and high strength, making it suitable for various industrial applications.
It effectively diverts the flow of fluid in two different directions, facilitating fluid transfer and distribution. Additionally, the angled tee design minimizes pressure loss within the piping system, resulting in improved fluid flow efficiency.
| Advantage
Versatility
T-shaped fittings are used in areas where there is a diversion in the pipeline, which roughly divides into equal diameter and reducer tee. With excellent sealing performance, tee pipe joint are used for the connection and redirection of pipe diameter, especially the main pipe and branch pipe connection.
It is characterized by high stability, good strength, high toughness and high overall precision, and is suitable for various complex working environments, such as chemical, petroleum, natural gas and industry.
Strong Corrosion Resistance
To meet the demands of engineering project, stainless steel three-way pipe tee has dense oxide film that can resist the corrosion of numerous acid and alkali solvents. Carbon steel tee pipe fitting has undergone surface treatment, which can adapt to the transportation requirements of different media such as water, gas, oil and acid etc.
Superior Technic
Based on the characteristics of material and usage, different techniques are employed for processing. In the case of stainless steel fittings, the hot pressured technique is a logical choice due to its corrosion resistance. This method ensures durability and longevity for the fittings. On the other hand, carbon steel tees possess both ductility and stability, making them suitable for undergoing hot pressing treatment. This process enhances their strength and performance. By carefully selecting the appropriate technique for each material, we can optimize the quality and functionality of the fittings, resulting in reliable and efficient products.
Precise Laser Cutting
We produce quality products that meet the requirements. Line lasers are used for small diameter fittings and ion lasers for large diameter fittings. In addition, we conduct rigorous quality testing before shipping to ensure that each product is shipped in the best possible condition.
| 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
