Wavin PPR 32 WT bypass coupling 3051104

Solid connection in plastic installations

A bypass, also known as a detour, Wavin PPR 32 WT is an essential element when running heating and water installations made of polypropylene (PP-R). It allows you to change the direction of the pipeline, bypassing obstacles, without the need for additional fittings and connectors. This is particularly useful during installation in tight spaces or with complex building geometry.

Made of high-quality polypropylene, the Wavin bypass is characterized by high pressure resistance (up to 20 bar) and temperature resistance (up to 75°C in continuous operation), which guarantees long-lasting and trouble-free operation. The eccentric design ensures a smooth flow of medium, minimizing pressure loss. The use of gaskets further protects the connection from leaks.

This element of the Wavin PPR system is compatible with pipes with a nominal diameter of DN32 and an outer diameter of 32 mm. Thanks to the welding technology, the connection is durable and tight, which is crucial for the safety of the installation. It is worth remembering that the bypass has a surface protection of the connections in the raw state - preparation for welding is standard for PP-R elements.

• Versatility: ideal for heating and water installations in residential and industrial construction.
• Durability: made of high-quality PP-R polypropylene resistant to corrosion and high temperatures.
• Tightness: welded connection guarantees no leaks and ensures installation safety.
• Easy installation: quick and easy installation with standard PP-R welding tools.
• Compatibility: works with other elements of the Wavin PPR system with a diameter of DN32.
• High chemical resistance: the material is resistant to the action of most chemicals present in water and heating systems.

The Wavin PPR 32 WT bypass is a solution appreciated by installers for its ease of installation and reliability, and by end-users for its long service life and safety of use. Its design allows for flexible adaptation to construction conditions, minimizing the need for additional connecting elements.