GW tee fitting 76,1xRp 3/4" x 76,1 CARBON STEEL CZTW-763476

Press-fit steel tee with thread

This VESBO CARBON STEEL press-fit tee connects pipes with a diameter of 76.1 mm to a 3/4 inch threaded element. It is a solid and reliable solution for creating branches in water and heating installations. Made of carbon steel TYPE 1.0034, with an external zinc coating, it provides corrosion resistance and long-term operation.

Design and application

The tee is designed to connect two pipes with a diameter of 76.1 mm with a branch ending with a 3/4 inch internal thread. This allows easy connection of fittings, valves or other installation elements. The press-fit technology guarantees a tight and durable connection without the need for welding or threading - which translates into saving time and minimizing the risk of errors during installation. The visual unpressed ring facilitates quality control of the made connection.

Advantages for the installer and user

• Fast installation: Press-fit technology significantly speeds up the installation process compared to traditional methods.
• Safety: No need to use open flame eliminates the risk of fire and increases work safety.
• Durability: Carbon steel with zinc coating provides high resistance to corrosion and mechanical damage, guaranteeing long-term operation.
• Tightness: Press-fitting creates a tight connection, eliminating the risk of leaks and ensuring reliable operation of the installation.
• Compatibility: The tee is compatible with the VESBO CARBON system and pipes with a diameter of 76.1 mm, which facilitates the selection of appropriate elements.
• Easy quality control: The visual unpressed ring allows for quick verification of the correctness of the made connection.
• Versatility: Suitable for use in water supply, heating and industrial installations.

Material and protection

The tee is made of carbon steel TYPE 1.0034, which is characterized by high mechanical strength. The external zinc layer provides effective protection against corrosion, even in difficult operating conditions - humidity or fluctuating temperatures. Thanks to this, the tee retains its properties for a long time, minimizing costs associated with repairs and replacements.