Brass half-coupling with flat seal GW ultraPRESS - 20 G3/4" 1009105006

Robust brass connection for ultraPRESS systems

The brass half union with flat seal GW ultraPRESS 20 G3/4" is a reliable element of the KAN-therm ultraPRESS system, designed for connecting multilayer and homogeneous pipes. Made of high-quality brass (CW617N), it ensures durability and corrosion resistance, which is crucial in water and heating installations. Its construction with a flat seal guarantees a tight and safe connection.

This half union is an ideal solution for both professional installers and end-users who value solid workmanship and ease of installation. Thanks to the press-fitting technology, the connection is quick, secure and does not require additional tools other than a pressing tool.

Functionality and safety in one element

The half union is equipped with a controlled leakage function LBP (Leak Before Press), which allows detecting an improperly made connection even before commissioning the installation. U and TH clamping profile ensures optimal fit to KAN-therm ultraPRESS pipes, and the ring identifying the diameter facilitates the correct selection of the appropriate element. The EPDM O-ring seal further increases the tightness and resistance to temperature changes.

• Brass CW617N: guarantee of durability and corrosion resistance.
• ultraPRESS technology: quick and secure installation without welding or gluing.
• LBP function: leak detection before commissioning the installation – minimizes the risk of failure.
• EPDM seal: high tightness and resistance to temperature changes.
• Compatibility: dedicated to multilayer and homogeneous KAN-therm ultraPRESS pipes with a diameter of 20 mm (G3/4").

This half union finds application in central heating, water supply installations and underfloor heating systems. It is an essential element when connecting pipe sections, transitioning from pipe to thread and when mounting fittings. Its versatility makes it a product readily chosen by professionals and people performing hydraulic installations themselves.