Wavin Hep2o tee with female thread 15 x 1/2" 3031483

Hep2o Tee – reliable connection in installations

This Wavin Hep2o tee is a connecting element designed to create branches in plumbing installations. Made of brass, it connects 15 mm diameter pipes with a 1/2 inch threaded connection, ensuring a tight and durable connection. It is a key component in the Hep2o system, valued for its speed and ease of installation.

Design and application

This tee is designed to connect Hep2o pipes with elements equipped with a 1/2 inch external thread. Its construction based on a precise thread guarantees tightness, and the brass body provides resistance to corrosion and mechanical damage. It is ideal for connecting valves, branches to radiators or other fittings.

Using the Hep2o tee allows for flexible shaping of the installation, adapting it to individual needs. Installation is quick and intuitive, which translates into saving time and labor costs. In addition, thanks to high-quality materials, this tee provides long-term reliability and minimizes the risk of failure.

Key features and benefits

• Durable brass: Provides resistance to corrosion and mechanical damage, guaranteeing a long service life of the connection.
• Tight connection: Precisely made 1/2 inch thread ensures tightness and safety of the installation.
• Quick installation: The Hep2o system enables quick and easy installation without the use of specialized tools – saving time for the installer.
• Versatility: The ability to connect 15 mm diameter pipes with elements with a 1/2 inch thread increases the flexibility of the installation.
• Compliance with standards: The product meets the required quality and safety standards, confirming its reliability.
• Maximum working pressure up to 12 bar ensures safe operation under standard conditions. Brass, as a material for the connection, guarantees durability and resistance to external factors. Precise dimensions – working length of the connection is 28 mm (connection 1) and 19 mm (connection 2) – facilitate installation.