HDPE tee 110x90/60 angled symmetrical, black color (HDPE drainage) 367.480.16.1

Symmetrical tee for HDPE drainage systems

This PEHD tee with a diameter of 110/90/60 degrees is a key element in the construction of efficient and durable drainage systems. Made of high-density polyethylene (HDPE), it provides reliability and resistance to corrosion, chemicals, and mechanical damage. Its sloping, symmetrical design allows for flexible adaptation to various installation configurations.

This tee is designed to connect pipes of different diameters – 110 mm, 90 mm and 90 mm – allowing the creation of branches in the drainage network. The sockets are designed for welding/buttfusion, which guarantees a tight and durable connection. Made of PE-80, it is characterized by high tensile strength, which is particularly important in installations exposed to loads.

Features and applications

The Geberit HDPE system, in which this tee is used, is a versatile solution for various needs. It can be used in:

• building drainage,
• roof drainage installations (gravity and vacuum),
• terrain drainage,
• industrial applications.

Additionally, this system is ideal for laying in concrete, which increases its durability and resistance to damage. The polyethylene used in production contains additives that protect against UV radiation, allowing the pipes to be stored outdoors for longer without the risk of material degradation.

Construction and assembly

The tee has three plastic sockets designed for welding/buttfusion. Assembly requires the use of appropriate machines and tools for welding polyethylene. The wall thickness of the connections is 4.3 mm (connection 1) and 3.5 mm (connections 2 and 3), respectively, which ensures adequate mechanical strength. The branching angle is 60 degrees, which affects the efficiency of medium flow. The material – polyethylene (PE) of the PE-80 class – guarantees long-term operation even in difficult environmental conditions. The raw surface condition of the connections prepares them perfectly for the welding process.