Uponor press fitting reducer U-Contour 25 mm x G 1" M

Professional press coupling for reliable transitions

The Uponor press coupling reducer U-Contour 25 mm x G 1" M has been developed for installations where a safe and durable transition is required between a press pipe and a threaded connection. This coupling is widely used in drinking water and central heating installations in residential, commercial and light industrial buildings.

U-Contour technology for maximum safety

The U-Contour press profile ensures a uniform and reliable press connection. In combination with the right pressing tool, this creates a durable seal that can withstand high pressures and temperature fluctuations. This reduces the risk of leaks and increases the operational reliability of the system.

High-quality material and long service life

The coupling is made of dezincification-resistant, tin-plated brass. This material offers excellent protection against corrosion and is suitable for long-term use in both hot and cold water systems. This ensures that the coupling remains reliable, even under harsh operating conditions.

Installation-friendly and time-saving

The press system eliminates the need for soldering or screwing on the press side. This significantly speeds up installation and reduces the risk of installation errors. The external thread side allows for easy connection to fittings, distributors or shut-off valves.

Widely applicable in water and heating systems

This Uponor press coupling is suitable for drinking water and central heating applications and connects perfectly to multilayer pipes and press systems within the S-Press Plus series.

Complete connection with Hewa

Hewa supports you with a complete range of press couplings and piping systems. Combine this coupling with other installation materials for a professional and future-proof installation concept.

Looking for a safe transition from press to thread?

Then choose the Uponor press fitting reducer 25 mm x 1" G M and contact us for technical advice or project support.