PP flange / Loose ring d63 PN10 with steel frontal insert, water/gas 14014006311AGR

PP Flange / Loose Ring d63 PN10 with Steel Front Insert – Reliability in Water and Gas Systems

This PP (polypropylene) flange with a diameter of 63 mm and a nominal pressure of 10 bar, reinforced with a steel front insert, is a key element for building safe and durable connections in water and gas installations. It is a connecting element for pipes, allowing for the dismantling of a section of the installation without having to disconnect the entire system.

Design and Application

The flange made of polypropylene is characterized by high chemical and mechanical resistance, which guarantees long-term operation even in difficult conditions. The steel front insert provides additional strength and stability of the connection, particularly important under variable loads. It is used to connect PE (polyethylene) pipes with other installation elements, such as valves, gate valves or other fittings. This facilitates the assembly and servicing of water and gas systems.

Advantages for Professionals and End Users

• Durability and Reliability: the combination of materials – polypropylene and steel – ensures longevity and corrosion resistance.
• Easy Installation: the flange design facilitates quick and efficient connection of installation elements.
• Versatility: suitable for use in both water and gas systems.
• Safety: the steel insert increases the stability of the connection, minimizing the risk of leaks or failures.
• Chemical Resistance: polypropylene is resistant to many chemical substances, which extends the life of the flange.
• Convenient Servicing: allows easy dismantling of a section of the installation for repairs or component replacement.
• Compliance with Standards: the product meets the required safety standards for water and gas installations (PN10).

This flange is particularly useful during the modernization of existing installations, where it is necessary to connect elements made of different materials. It also allows the construction of new systems with high reliability and durability.