Stainless Steel Reducing Tee (Dairy) Supplier in Saudi Arabia

In complex hygienic piping networks, the Sanitary Reducing Tee is essential for transitioning from a high-volume main header to a smaller distribution or monitoring line. Our reducing tees are designed to maintain the highest levels of sterility while providing a robust mechanical junction.

Optimized Interior Geometry

The transition point between the main pipe and the smaller branch is engineered with a smooth, radiused interior. This ensures that there are no sharp corners or crevices where “dead legs” could occur. By maintaining a smooth flow path, the tee supports consistent pressure and ensures that even the smaller branch is fully reachable by Clean-in-Place (CIP) fluids.

Superior Surface Finish

To meet the rigorous demands of B2B food and pharma production, each tee is mechanically polished to a mirror finish (Ra < 0.8μm). This ultra-smooth surface makes it virtually impossible for bacteria or proteins to adhere to the walls, significantly reducing the risk of contamination during batch changes or long production runs.

Compliance and Material Reliability

Fabricated from AISI 304 or 316L Stainless Steel, these fittings are fully resistant to the aggressive acids and high-temperature steam used in Steam-in-Place (SIP) cycles. All reducing tees are manufactured to SMS 1145 and DIN 11851 standards, ensuring perfect dimensional compatibility with your existing hygienic infrastructure.

• Sensor and Instrument Ports: Creating smaller branch connections for the installation of temperature probes, pressure sensors, and flow meters on large-diameter dairy lines.

• Chemical Injection & Dosing: Adding precise amounts of enzymes, flavorings, or vitamins from a smaller dosing line into the main product flow.

• Sampling Stations: Providing a reduced-diameter port for the attachment of sterile sampling valves on milk, beer, or juice transfer lines.

• Product Manifolds: Branching off secondary filling lines from a large-volume fermentation or storage tank header.

• Pharmaceutical Water Systems: Integrating smaller-diameter loop connections into large-scale High Purity Water (WFI) distribution headers.

• CIP Return Lines: Transitioning from larger process pipes to smaller diameter return lines for effective cleaning agent circulation.