PPSU ultraPRESS reducing tee 26/20/20 1009260019

Reduction tee for KAN-therm Press systems

This PPSU ultraPRESS reduction tee with dimensions 26/20/20 mm is a key element of the KAN-therm Press system, designed to create reliable and durable connections in water supply, heating and industrial installations. Made of high-quality polyphenylene sulfone (PPSU), it provides corrosion resistance and high temperature resistance, guaranteeing long-term operation.

Design and application

This tee is used to reduce the diameter of pipes in installations, allowing connection of pipes with different dimensions – in this case 26 mm with two pipes with a diameter of 20 mm. It is designed for crimping with multilayer and homogeneous polyethylene pipes. Thanks to the LBP (Leak Before Press) controlled leakage function and the C and TH clamping profile, the installer is sure that the connection is tight and properly made. The diameter identification ring facilitates quick size identification during assembly.

Advantages for professionals and users

• Durability and resistance: PPSU material is characterized by high resistance to mechanical damage, corrosion and temperature, which translates into a long service life of the installation.
• Fast installation: The Press system allows for quick and easy connection of elements without the need for welding or the use of specialized tools other than a crimping tool. This saves time and labor costs.
• Tightness: The LBP function and precise clamping profile ensure a tight connection, minimizing the risk of leaks and failures.
• Versatility: Compatible with multilayer and homogeneous polyethylene pipes, providing flexibility in installation design.
• Safety: The LBP controlled leakage allows easy detection of incorrectly crimped connections during pressure tests.
• Easy identification: The diameter identification ring makes it easier for the installer to work, eliminating mistakes during assembly.

This tee is a solid solution for both professional installers looking for reliable components and end users who value safety and durability of installations in their homes or businesses.