Press fitting equal tee 15x15x15 CARBON STEEL CZT-15
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Press fitting equal tee 15x15x15 CARBON STEEL CZT-15
Press fitting tee – reliability and durability in every connection
VESBO CARBON 15x15x15 (CZT-15) press fitting equal tee is a key element of water and heating installations, providing a solid and leak-proof connection of three pipes of the same diameter. Made of carbon steel, externally galvanized, it guarantees corrosion resistance and long-term reliability. This is an ideal solution for both professionals and demanding end-users.
Design and application
This tee is designed for efficient branching of installations, allowing for uniform flow of medium. Pressing technology ensures quick and safe installation, eliminating the need for welding or threading – which translates into time savings and minimizing the risk of errors. Thanks to its compact dimensions, the tee will work even in tight spaces.
Product advantages in practice
- Material durability: Carbon steel TYPE 1.0034 with external galvanization provides resistance to corrosion and mechanical damage, extending the life of the installation.
- Quick installation: Pressing technology eliminates the need for open flame and complex tools, speeding up the installation process.
- Connection tightness: Pressing creates a durable and leak-proof connection, minimizing the risk of leaks.
- Visual control: The presence of a ring indicating pressing (so-called press-check sleeve) facilitates verification of the connection correctness – even from a distance.
- Versatile application: Ideal for water and heating installations in residential and commercial buildings.
- Compliance with standards: The product meets European quality standards, guaranteeing safety of use.
- Corrosion protection: Galvanization protects against external factors, providing long-term protection for the installation.
Additionally, the use of LBP O-rings increases the reliability of connections, offering double protection against leaks. This is particularly important in systems exposed to temperature and pressure fluctuations.

