Tapping Tee HDPE

Our core 90mm Electrofusion Tee series primarily includes the 90 Equal Tee (e.g., DN90×90) and the 90 Reducing Tee (e.g., DN90×50, 90×63, 90×75). This series serves as a critical component in pipeline systems for fluid splitting or combining, specifically designed for applications requiring precise 90-degree branch connections. It is widely used in various pipeline networks, including municipal water supply, building drainage, industrial piping, and other fields. The reliability of this tapping tee series makes it the preferred choice.

The 90 Equal Tee features three outlets of the same size. This product has a symmetrical structure and even stress distribution, ensuring the overall stability and pressure-bearing capacity of the pipeline during fluid splitting or combining. It is commonly used for vertical or horizontal branching within pipeline systems.

The 90 Reducing Tee features two outlets of one size and a third outlet of a different size. This tapping tee is specifically optimized for scenarios where a smaller branch pipeline (e.g., DN50, DN63, DN75) needs to be connected to a main pipeline (DN90). It reduces fluid energy loss, enabling a more efficient and smoother transition from the main line to the branch line. Typical applications include connecting floor branches from a building riser or connecting service lines from a municipal network.

The entire series is manufactured from high-grade polyethylene (PE) under unified, high-standard quality control. Its core advantage lies in excellent electrofusion connection performance. Precisely positioned resistance wires embedded within the fitting, combined with mature wiring technology, ensure uniform heat distribution during the fusion process. When used with automated electrofusion welding equipment, it allows for precise parameter control, achieving complete molecular-level fusion between the fitting and the pipe. This creates a permanent connection consistent with the strength of the pipe itself, completely eliminating the risk of leaks at branch interfaces. The design of this tapping tee prioritizes long-term integrity.