PPSU ultraLINE reducing tee - 20/20/16 2566260010

Reducing tee for KAN-therm ultraLINE systems

This reducing tee made of polyphenylsulfone (PPSU) is a key element of the KAN-therm ultraLINE system, designed to connect pipes of different diameters. It allows connection of pipes with diameters of 20 mm and 16 mm, ensuring the tightness and durability of the installation. Made of PPSU, it is characterized by high resistance to temperature and pressure, which guarantees reliable operation in various conditions.

Construction and application

This tee is designed for ringless connection of PERT2, PEXC and PERTAL2 pipes using a PVDF plastic sliding sleeve. Its construction minimizes constrictions in the connection, which translates to lower pressure losses and better system performance. The bending angle is 90 degrees, which facilitates installation in tight spaces. It is an ideal solution for both installers and end-users looking for a reliable and easy-to-install installation element.

Advantages and benefits

• Durability and resistance: PPSU is a material with high chemical and mechanical resistance, ensuring long-term use without the risk of corrosion or damage.
• Connection tightness: The ringless system with a sliding sleeve guarantees a tight connection, eliminating the risk of leaks.
• Versatility: Compatible with PERT2, PEXC and PERTAL2 KAN-Therm pipes, which increases installation flexibility.
• Easy installation: Simple construction and no need for additional sealants make installation easier and faster.
• Certificates: It has DVGW, KIWA, KOMO, Lloyds, OVGW, PZH and ZiK certificates – confirmation of high quality and compliance with safety standards.
• Minimized constriction: The design of the reducing tee has been designed to minimize pressure drop in the installation.

Applications

The PPSU ultraLINE reducing tee finds application in:

• Water supply installations – both in residential and commercial buildings.
• Underfloor, ceiling and wall heating systems.
• Technological heat installations – in the food or pharmaceutical industry.
• Compressed air and technical gas systems – where high chemical resistance of materials is required.