PVC-HT 110x50/67 sanitary tee, for indoor sewage, ash color 3021683

PVC-HT Indoor Drainage System

The PVC-HT 110x50/67 Tee is a key component of sewage installations. Specifically designed for sanitary wastewater discharge, it is suitable for systems with moderate noise level requirements.

Material and Technical Properties

Made of PVC-U (polyvinyl chloride) in the HT (High Temperature) version, this tee is characterized by exceptional resistance to high temperatures up to 95°C. Thanks to the use of HT material, the component maintains stable parameters even during prolonged contact with hot media.

SBR seals ensure leak-proof connections, while the SN8 ring stiffness class guarantees adequate structural strength of the installation. The PVC-HT system features a lower roughness coefficient compared to PP solutions, which translates to better hydraulic properties.

Construction and Connection Parameters

The tee features three connections of different diameters: a main connection of DN 100 (110mm) and two additional connections of DN 50 (50mm) and DN 100 (110mm) at an angle of 67°. The connections are designed as spigot/pipe end and push-fit sockets, allowing for flexible installation in various configurations.

The reductive design allows for connecting pipes of different diameters without the need for additional reduction elements. The wall thickness is standardly 1 mm, providing an optimal strength-to-weight ratio for the component.

System Advantages and Compliance

The Wavin PVC indoor drainage system holds the prestigious PRiK "Dobry Wybór" (Good Choice) mark, which confirms high standards of production quality, technology, and customer service. The component is characterized by a minimum 50-year durability and natural resistance to encrustation (scaling), which significantly reduces installation maintenance costs.

Available in ash color (RAL 7100), it fits perfectly into the aesthetics of sanitary installations, whether exposed or concealed. The tee meets the requirements for sewage systems with moderate acoustic requirements.