Asymmetrical reducing coupling face-to-face 140X125 SDR17, water-gas 70069141217AGR

Frontal asymmetrical reducer for water and gas connections

This frontal asymmetrical reducer, made of polyethylene (PE) grade PE100 SDR17, is used to connect pipes of different diameters in water and gas installations. It allows changing the diameter from 140 mm to 125 mm, ensuring a tight and durable connection. This fitting is particularly useful during the construction and modernization of distribution networks and pressure installations.

Construction and application

The reducer is characterized by an asymmetrical design, meaning the lengths of the ends are different. This makes it easier to install in places with limited space. Made of PE100 SDR17, it provides high resistance to corrosion and mechanical damage. It can be connected using butt fusion – a popular and reliable method of joining polyethylene elements. The long ends facilitate the welding process and ensure a solid connection with the rest of the installation.

Advantages and benefits

• Versatility: suitable for use in both water (working pressure up to 16 bar) and gas (working pressure up to 10 bar) installations.
• Durability: PE100 material provides resistance to corrosion, chemicals and mechanical damage, which translates into a long service life of the connection.
• Tightness: butt fusion connection guarantees complete tightness, eliminating the risk of leaks.
• Compatibility: can be connected with any electrofusion fitting, expanding the possibilities of application.
• PSG acceptance: These types of fittings are accepted and used by all branches of the Polish Gas Company – confirmation of high quality and compliance with standards.
• Easy installation: long ends facilitate the welding process, especially in difficult conditions.

This reducer is a solid element of the installation, which will work well both in new projects and during repairs or expansion of existing networks. Its versatility and durability make it a reliable choice for professionals and demanding end users.