Elbow with male thread 20x3/4"x90° WT Wavin PPR 3050970

Threaded elbow – a reliable connection in installations

This is a threaded elbow made of polypropylene (PP-R) and brass, designed for connecting pipes in water supply and heating systems. Its construction, based on welding/brazing and threading, ensures a tight and durable connection. A 90-degree angle makes it ideal for changing the direction of the installation.

The elbow is part of the Wavin PPR system, guaranteeing compatibility with other elements of this manufacturer. Made of high-quality materials, it is resistant to corrosion and mechanical damage. The use of brass in the threaded connection increases its strength and resistance to loads.

Features and application

The elbow has a nominal diameter of 20 mm (DN20) for the welded connection and 3/4 inch (20 mm) for the threaded connection. It has a surface protection of the threaded connection in the form of nickel plating, which further protects against corrosion. A Zeta value of 1.5 minimizes pressure loss in the installation.

• Versatility: Suitable for cold and hot water installations and central heating.
• Durability: Made of materials resistant to high temperatures (up to 75°C) and pressure (up to 16 bar).
• Tightness: The welded connection and precisely made thread guarantee tightness and no leaks.
• Easy installation: PP-R welding is quick and easy, and the thread allows for easy tightening and loosening of the element.
• Compatibility: Full compatibility with the Wavin PPR system – ensuring the operation of the entire installation.
• Equipment: Included gaskets provide additional tightness of the threaded connection.

The elbow is particularly useful during the construction of new installations and during the modernization of existing ones. It will work in both residential and commercial buildings – wherever a reliable and durable water and heating installation is required. Its compact dimensions (connection length 1: 31 mm, working length 1: 16 mm; connection length 2: 49 mm) facilitate installation even in tight spaces.