Stainless steel pipe tee

Stainless steel pipe tees are sanitary pipe fittings primarily made from 304 or 316L stainless steel, designed to divide, combine, or redirect fluid flow within pipeline systems. Featuring a smooth inner surface, excellent corrosion resistance, high mechanical strength, and easy-clean characteristics, stainless steel pipe tees are manufactured according to strict sanitary standards such as 3A, FDA, DIN, ISO, and SMS. They are widely used in industries with stringent hygiene requirements, including food, beverage, pharmaceutical, dairy, bioengineering, and daily chemicals, providing reliable and hygienic solutions for fluid distribution and pipeline connections.

Common Types

  • Equal Tee: The branch outlet has the same diameter as the main pipe, suitable for fluid diversion or combination in pipelines with uniform pipe sizes.
  • Reducing Tee: The branch outlet has a smaller diameter than the main pipe, suitable for connecting pipelines with different diameters and controlling fluid distribution.
  • Sanitary Clamp Tee: Equipped with sanitary clamp connections for quickinstallation and disassembly, commonly used in hygienic processing systems.
  • Welded Tee:  Connected by orbital or manual welding, providing a strongand permanent pipeline connection for fixed sanitary installations.

Structural Advantages & Corresponding Benefits

  1. Integrated Forming & Full Cavity Mirror Polishing Structure

  • Special point:  Precision forming with CNC polishing of the inner flowchannel, achieving surface roughness of Ra≤ 0.8μm, with smoothtransitions and minimal internal dead corners
  • Result: Reduces media residue and bacterial accumulation, facilitatesCIP/SIP cleaning and sterilization, and meets the stringent hygienic requirements of pharmaceutical, dairy, food, and beverage production.

  1. Smooth Branch Transition & Low-resistance Flow Structure

  • Special point: The branch pipe adopts a smooth transition design,reducing sharp corners and abrupt changes at the junction of the mainand branch channels
  • Result: Minimizes turbulence, pressure loss, and fluid retention, ensuring smoother fluid distribution and improving the efficiency of sanitarypipeline systems