Stainless steel tee, available in welded and socket types, in various diameters, made of materials including 304 and 316L, pressure and corrosion resistant, low flow resistance, suitable for industrial piping systems.
Stainless steel tee primarily utilizes its Y-shaped structure to achieve fluid diversion or convergence within pipelines. After entering from the main pipe, the fluid is smoothly distributed or merged along branch pipes at a certain angle to the main pipe, reducing turbulence and pressure loss caused by right-angle impacts. The seamless pipe body and SCH40 wall thickness ensure strength and sealing reliability under medium and high pressure conditions. The equal-diameter structure is suitable for balanced flow distribution, while the reducing structure allows for flow velocity or flow rate regulation. This design helps reduce wear, minimize vibration, and improve the operational stability and service life of the entire piping system.
| Material | SS304, SS316L | |
| Size | 1/4''-12'' | |
| Raw material standard | ASTM A-269, A-270 | |
| Connection | Welded end, Triclover end, Male, Female, Flange | |
| Surface | Satin finish, Mirror polish, Vibrating surface, Pickled,EP, Sand Blasting | |
| Standard | 3A/SMS/DIN/ISO2037/ISO1127/AS1528/BS/BPE/IDF | |
| Certificate | ISO, PED,FDA | |
| Products Range | Elbow | 90degree elbow, 45degree elbow, 180degree elbow |
| Tee | equal tee, reducing tee | |
| Reducer | concentric reducer, eccentric reducer | |
| Application | Food, Beverage,Phamacy, Dairy | |
● The flow channel design of the stainless steel sanitary Y-type welded tee adopts a streamlined shape with a smooth inner wall and no dead angles, which can effectively reduce the turbulence phenomenon during the flow of the fluid and ensure a smooth transition of the fluid.
● The stainless steel sanitary Y-type welded tee reduces the flow resistance of the fluid through the precisely calculated angle and outlet design, especially when the flow rate or high-speed fluid is transmitted.
● The internal coating of the stainless steel sanitary Y-type welded tee adopts advanced anti-corrosion materials, which can maintain good performance even in a highly corrosive fluid environment.
● The stainless steel sanitary Y-type welded tee adopts precision welding technology to ensure the uniformity and strength of the welding points and avoid welding defects.
● The inner and outer surfaces of the stainless steel sanitary Y-type welded tee adopt advanced no-dead-angle polishing technology to reduce the accumulation of microorganisms and impurities.
● The stainless steel sanitary Y-type welded tee adopts seamless welding technology to avoid the risk of leakage caused by traditional connection methods and provide higher sealing.
Stainless steel sanitary Y-type welded tees are widely used in the following industries: Food and beverage industry: used for diversion or mixing process pipelines to ensure no residue hygiene standards. Pharmaceutical industry: purified water, liquid medicine distribution system, meet GMP aseptic requirements. Bioengineering: cell culture, fermentation tank pipelines, avoid cross contamination risks. Dairy industry: Milk and ingredient delivery pipelines, corrosion-resistant and easy to clean and disinfect. Cosmetics industry: High-viscosity raw material delivery, ensuring chemical compatibility. Semiconductor industry: Ultrapure water and chemical distribution, in line with clean room cleanliness levels.
Working Principles
Stainless steel tee primarily utilizes its Y-shaped structure to achieve fluid diversion or convergence within pipelines. After entering from the main pipe, the fluid is smoothly distributed or merged along branch pipes at a certain angle to the main pipe, reducing turbulence and pressure loss caused by right-angle impacts. The seamless pipe body and SCH40 wall thickness ensure strength and sealing reliability under medium and high pressure conditions. The equal-diameter structure is suitable for balanced flow distribution, while the reducing structure allows for flow velocity or flow rate regulation. This design helps reduce wear, minimize vibration, and improve the operational stability and service life of the entire piping system.
Specification Chart
| Material | SS304, SS316L | |
| Size | 1/4''-12'' | |
| Raw material standard | ASTM A-269, A-270 | |
| Connection | Welded end, Triclover end, Male, Female, Flange | |
| Surface | Satin finish, Mirror polish, Vibrating surface, Pickled,EP, Sand Blasting | |
| Standard | 3A/SMS/DIN/ISO2037/ISO1127/AS1528/BS/BPE/IDF | |
| Certificate | ISO, PED,FDA | |
| Products Range | Elbow | 90degree elbow, 45degree elbow, 180degree elbow |
| Tee | equal tee, reducing tee | |
| Reducer | concentric reducer, eccentric reducer | |
| Application | Food, Beverage,Phamacy, Dairy | |
Features
● The flow channel design of the stainless steel sanitary Y-type welded tee adopts a streamlined shape with a smooth inner wall and no dead angles, which can effectively reduce the turbulence phenomenon during the flow of the fluid and ensure a smooth transition of the fluid.
● The stainless steel sanitary Y-type welded tee reduces the flow resistance of the fluid through the precisely calculated angle and outlet design, especially when the flow rate or high-speed fluid is transmitted.
● The internal coating of the stainless steel sanitary Y-type welded tee adopts advanced anti-corrosion materials, which can maintain good performance even in a highly corrosive fluid environment.
● The stainless steel sanitary Y-type welded tee adopts precision welding technology to ensure the uniformity and strength of the welding points and avoid welding defects.
● The inner and outer surfaces of the stainless steel sanitary Y-type welded tee adopt advanced no-dead-angle polishing technology to reduce the accumulation of microorganisms and impurities.
● The stainless steel sanitary Y-type welded tee adopts seamless welding technology to avoid the risk of leakage caused by traditional connection methods and provide higher sealing.
Application
Stainless steel sanitary Y-type welded tees are widely used in the following industries: Food and beverage industry: used for diversion or mixing process pipelines to ensure no residue hygiene standards. Pharmaceutical industry: purified water, liquid medicine distribution system, meet GMP aseptic requirements. Bioengineering: cell culture, fermentation tank pipelines, avoid cross contamination risks. Dairy industry: Milk and ingredient delivery pipelines, corrosion-resistant and easy to clean and disinfect. Cosmetics industry: High-viscosity raw material delivery, ensuring chemical compatibility. Semiconductor industry: Ultrapure water and chemical distribution, in line with clean room cleanliness levels.
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